Incoherent Thomson scattering: future implementation and measurement capabilities on the PANDORA experiment

The PANDORA (Plasmas for Astrophysics Nuclear Decays Observation and Radiation Archaeometry) experiment aims to study the ? -decay process inside a dense plasma mimicking stellar conditions. An electron cyclotron resonance trap will be built at INFN-LNS in Catania, Italy, generation of desired conditions laboratory. This type non-equilibrium (reaching densities up 10 13 cm ?3 ) is expected generate energy distribution functions with energies ranging from tens eV keV. In this work, we describe aspects planned implementation an incoherent Thomson scattering diagnostic properties PANDORA. performance high-sensitivity diagnostic, known as THETIS, has been previously validated measurements across range low-density magnetized environments it provide access information temperatures 1 3 eV. article establish potential such future characterization experiment.