Non-destructive Inspection of a 3D-printed Lithium-Molybdenum Heat Pipe

We propose to use neutron tomography in order to analyse the distribution of the lithium in the interior of a 3D printed thermosyphon. This experiment will provide what the authors believe will be the first set of neutron tomography data on a 3D printed lithium-molybdenum thermosyphon. The results of this experiment will be vital in assessing and improving the quality of our processes in charging our lithium-molybdenum 3D-printed heat pipes