“…As of today, the employment of radiation diagnostics is one of the biggest challenges faced during the experimental campaigns, which are used to measure plasma characteristics by recording the outgoing emissions. Passive instruments such as radiochromic film (RCF), CR39 and LR-115, while serving an specific purpose, are among the popular tools capable of measuring energy spectra and spatial distribution of emitted ions [9][10][11][12][13], high energy neutron [14,15], epithermal and thermal neutrons [16,17], high energy electrons [18,19], x-rays and gamma radiation [20][21][22]. Yet, apart from the above diagnostics, imaging plates (IP) are remaining between the most commonly used, because of their sensitivity to all types of radiations with a high dynamic range (>10 5 ), while being insensitive to strong electromagnetic pulses created by laser-plasma interactions [23].…”