Fig. 1. Schematic of the three VEGA systems.

Fig. 2. Contrast of VEGA 2, measured by Sequioa.

Fig. 3. Long focal experimental setup.

Fig. 4. Typical broad electron spectrum measured with 1.2 Tesla magnetic spectrometer; inset: filtered image of measured electron energy spectrum.

Fig. 5. Short focal experimental setup.

Fig. 6. Normalized reflection of the probe at the target for different time delays with VEGA 2. Dotted lines are guides for eyes.

Fig. 7. RCF stack design and experimental results.

Fig. 8. Proton spectrum obtained by both RCF (histogram) and ToF (continuous line) measurements for the same series of shots (by using special holed RCFs). Inset: example of typical proton spectrum obtained by ToF detection with maximum energy around 10 MeV.

Fig. 9. Proton radiography of (starting from left) a piece of leaf, a wing, a metallic grid and a CLPU metallic logo. The final image of the logo appears in the first RCF layer to be in a 20 mm $\times$ 100 mm area which, according to the geometrical magnification $M\sim 4$, reproduces correctly the original dimensions of the logo which is 5 mm $\times$ 20 mm.

Fig. 10. KB microscope setup. Inset (top right): image of the $K_{\text{alpha}}$ emission from fast electron beam travelling into the $6~\unicode[STIX]{x03BC}\text{m}$ Al target. Inset (bottom right): magnified radiography of a calibration grid.

Fig. 11. Example of experimental data for different diagnostics in place: (red, diamond points) maximum proton energy from pin diode ToF measurement, (blue, star points) maximum proton energy from MCP TOF measurements, (orange, circle points) laser energy and (purple, triangle points) $K_{\text{alpha}}$ integrated signal from KB X-ray focusing system. The lines are guides for eyes.