The activities of this laboratory are oriented to investigate pulsed dense
plasmas of interest for nuclear fusion, and some of their technological
applications. Our main topics of current research are: neutron prospection
methods, and ultrafast introspective imaging of metallic objects using,
respectively, neutrons and high-energy x-rays produced by Mather-type Plasma
Focus devices of small and medium energy.
In conjunction with the PLADEMA,
three-dimensional tomographic methods are investigated that allow to reconstruct
3D images of metallic objects from a reduced number of views. Tomographies of
metallic pieces were obtained, and also the first known x-ray image of metallic
objects in fast movement, as it is the rotor of an airplane turbine turning at
6100 rpm. The feasibility to detect water using scattering of DD neutrons
was also demonstrated.