Ignitor is a nuclear fusion experiment aimed at studying Deuterium-Tritium plasmas. If European proposed waste management strategies were applied, all Ignitor radioactive materials could be recycled or declassified to non-radioactive material. We have applied the Italian waste management regulations to the IGNITOR experiment radioactive materials: none of them should be classified in the High Level Waste category but the vessel, and most materials are classified as LLW (Low Level Waste). The machine has very low radiological risks and environmental impact
The reduced radiotoxicity and half-life of radioactive waste arisings from nuclear fusion reactors a...
The reduced radiotoxicity and half-life of radioactive waste arisings from nuclear fusion reactors a...
Most of the studies and experiments on nuclear fusion are currently devoted to the Deuterium-Tritium...
Ignitor is a nuclear fusion reactor aimed at studying Deuterium-Tritium plasmas. We have applied the...
Ignitor is a nuclear fusion reactor aimed at studying Deuterium-Tritium plasmas. We have applied the...
Ignitor is a proposed compact high-magnetic field tokamak aimed at studying plasma burning condition...
National regulations on waste management do not seem adequate to cope with the fusion case. The pape...
National regulations on waste management do not seem adequate to cope with the fusion case. The pape...
In the absence of official standards and guidelines for nuclear fusion plants, fusion designers adop...
This paper deals with the radioactive waste issue for fusion reactors, proposing an innovative solut...
An important inherent advantage of fusion would be the total absence of high-level radioactive spent...
Ignitor is a compact high-magnetic field experiment aimed at studying plasma burning conditions in D...
Future fusion reactors will generate waste during operation and decommissioning. In contrast to fiss...
In order to maximize the environmental benefits of fusion power generation, it is important to clea...
Under the framework of the European Power Plant Conceptual Study (PPCS), studies were carried out on...
The reduced radiotoxicity and half-life of radioactive waste arisings from nuclear fusion reactors a...
The reduced radiotoxicity and half-life of radioactive waste arisings from nuclear fusion reactors a...
Most of the studies and experiments on nuclear fusion are currently devoted to the Deuterium-Tritium...
Ignitor is a nuclear fusion reactor aimed at studying Deuterium-Tritium plasmas. We have applied the...
Ignitor is a nuclear fusion reactor aimed at studying Deuterium-Tritium plasmas. We have applied the...
Ignitor is a proposed compact high-magnetic field tokamak aimed at studying plasma burning condition...
National regulations on waste management do not seem adequate to cope with the fusion case. The pape...
National regulations on waste management do not seem adequate to cope with the fusion case. The pape...
In the absence of official standards and guidelines for nuclear fusion plants, fusion designers adop...
This paper deals with the radioactive waste issue for fusion reactors, proposing an innovative solut...
An important inherent advantage of fusion would be the total absence of high-level radioactive spent...
Ignitor is a compact high-magnetic field experiment aimed at studying plasma burning conditions in D...
Future fusion reactors will generate waste during operation and decommissioning. In contrast to fiss...
In order to maximize the environmental benefits of fusion power generation, it is important to clea...
Under the framework of the European Power Plant Conceptual Study (PPCS), studies were carried out on...
The reduced radiotoxicity and half-life of radioactive waste arisings from nuclear fusion reactors a...
The reduced radiotoxicity and half-life of radioactive waste arisings from nuclear fusion reactors a...
Most of the studies and experiments on nuclear fusion are currently devoted to the Deuterium-Tritium...