Abstract
A new mechanism is proposed for electron acceleration by using two superposed laser beams in vacuum. In this mechanism, an electron is accelerated by the longitudinal component of the wave electric field in the overlapped region of two laser beams. Single-particle computations and analytical works are performed in order to demonstrate the viability. These results show that the electron can be accelerated well in this proposed mechanism. (author).
Citation Formats
Maruyama, T, and Kawata, S.
Superposed-laser electron acceleration.
Japan: N. p.,
1992.
Web.
Maruyama, T, & Kawata, S.
Superposed-laser electron acceleration.
Japan.
Maruyama, T, and Kawata, S.
1992.
"Superposed-laser electron acceleration."
Japan.
@misc{etde_10111268,
title = {Superposed-laser electron acceleration}
author = {Maruyama, T, and Kawata, S}
abstractNote = {A new mechanism is proposed for electron acceleration by using two superposed laser beams in vacuum. In this mechanism, an electron is accelerated by the longitudinal component of the wave electric field in the overlapped region of two laser beams. Single-particle computations and analytical works are performed in order to demonstrate the viability. These results show that the electron can be accelerated well in this proposed mechanism. (author).}
place = {Japan}
year = {1992}
month = {Feb}
}
title = {Superposed-laser electron acceleration}
author = {Maruyama, T, and Kawata, S}
abstractNote = {A new mechanism is proposed for electron acceleration by using two superposed laser beams in vacuum. In this mechanism, an electron is accelerated by the longitudinal component of the wave electric field in the overlapped region of two laser beams. Single-particle computations and analytical works are performed in order to demonstrate the viability. These results show that the electron can be accelerated well in this proposed mechanism. (author).}
place = {Japan}
year = {1992}
month = {Feb}
}