Sprecher
Beschreibung
The PLANET project aims at developing the first laser-driven neutron source optimized for commercial application. The system exploits the unique properties of a laser-source by utilizing simultaneously both fast neutrons and MeV x-rays to image through heavy shielding material. The goal of the project is to demonstrate imaging and material discrimination of the content of a medium level radioactive waste container. For commercial viability we aim at repetition rates up to 100 Hz during several hours of operation, posing high requirements on performance, reliability and stability of the laser-driven ion source. Therefore, the system requires a high level of integration and automation. The machine development is accompanied by the development of a dedicated facility on site of the former nuclear power plant in Biblis, Germany. We will present the status of the project and how we plan to meet the control and automation challenges for this machine.
