HIGHLIGHTS
SUMMARY
Doi.org/10.3390/mi14040811 fs laser-generated plasmas have been largely studied in the last ten years, with special regard to the production of accelerated protons, electrons, and X-rays. The electron detection evidences low energy electrons produced at large angles from the laser pedestal, which cannot achieve an electric field impulse high enough to accelerate ions. The formation approach, SiCphotopeak can detectcontaining the electronX-rays emission the laser-matter and recof a narrow andfrom relativistic electrons, interaction with energy higher ognize if the electric field driving the ion acceleration is developed or . . .
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