@misc{0929eca67da04c10a5899d3dbffc4ff2,
title = "Plasma accelerator",
abstract = "A method of accelerating charged particles in a plasma and an associated plasma accelerator and electromagnetic radiation source, the method including creating a region of non-uniform electric field within the plasma which propagates through the plasma; using the non-uniform electric field to accelerate a first plurality of charged particles in the direction of propagation of the region of non-uniform electric field; and once the accelerating first plurality of charged particles have propagated part-way through the plasma: adding a second plurality of charged particles to the plasma, such that the second plurality of charged particles propagates through the plasma, the second plurality of charged particles create a local distortion in the non-uniform electric field experienced by the accelerating first plurality of charged particles, and the local distortion in the non-uniform electric field propagates through the plasma with the accelerating first plurality of charged particles; and the method also including using the local distortion in the non-uniform electric field to accelerate the first plurality of charged particles in the direction of propagation of the region of non-uniform electric field.",
keywords = "accelerating charged particles in a plasma",
author = "Bernhard Hidding and Grace Manahan and Habib, {Ahmad Fahim}",
note = "CPC H01S3/0903 (US); H05H1/46 (US); H05H1/54 (EP,US); H05H15/00 (EP,US); Priorities GB201617173A·2016-10-10; GB2017052942W·2017-09-29 Application US201716341039A·2017-09-29 Publication US2019239332A1·2019-08-01 Published as EP3510843A1;US2019239332A1;WO2018069670A1 ; US2019239332A1; H01S3/09 ,H05H1/46,H05H1/54,H05H15/00",
year = "2019",
month = aug,
day = "1",
language = "English",
type = "Patent",
}