The neutron and gamma fluxes in all the main components of the projected Ignitor tokamak are calculated and discussed. The results are obtained using the 3-D Monte Carlo code mcnp with a detailed description of the device geometry and an accurate representation of the neutron source. The neutron-induced radioactivity, contact dose rates, and radiation damage of the relevant parts of the device are then derived. The consequences on the life and maintenance of device components, the exposure of personnel working in tokamak environments, and the disposal of components after shutdown are described
Radiation damage evaluations have been performed with the ACAB code for fusion-relevant materials in...
Ignitor is a proposed compact high-magnetic field Tokamak aimed at studying plasma burning condition...
Ignitor is a proposed compact high-magnetic field Tokamak aimed at studying plasma burning condition...
Ignitor is a proposed high magnetic field tokamak aimed at reaching ignition conditions in a deuteri...
Ignitor is a proposed high magnetic field tokamak aimed at reaching ignition conditions in a deuteri...
The IGNITOR-ULT machine has been modelled by a 3-D neutron transport code (MCNP) and the neutron flu...
The IGNITOR-ULT machine has been modelled by a 3-D neutron transport code (MCNP) and the neutron flu...
A study on the activation of the Ignitor machine is performed. The machine has been modelled with th...
A study on the activation of the Ignitor machine is performed. The machine has been modelled with th...
Ignitor is a proposed high-magnetic field tokamak aimed at studying plasma burning conditions in Deu...
Ignitor is a proposed high-magnetic field tokamak aimed at studying plasma burning conditions in Deu...
Activation data are needed for many evaluations concerning fusion reactors and, in particular, safet...
Activation data are needed for many evaluations concerning fusion reactors and, in particular, safet...
Ignitor is a proposed compact high-magnetic field tokamak aimed at studying plasma burning condition...
Radiation damage evaluations have been performed with the ACAB code for fusion-relevant materials in...
Radiation damage evaluations have been performed with the ACAB code for fusion-relevant materials in...
Ignitor is a proposed compact high-magnetic field Tokamak aimed at studying plasma burning condition...
Ignitor is a proposed compact high-magnetic field Tokamak aimed at studying plasma burning condition...
Ignitor is a proposed high magnetic field tokamak aimed at reaching ignition conditions in a deuteri...
Ignitor is a proposed high magnetic field tokamak aimed at reaching ignition conditions in a deuteri...
The IGNITOR-ULT machine has been modelled by a 3-D neutron transport code (MCNP) and the neutron flu...
The IGNITOR-ULT machine has been modelled by a 3-D neutron transport code (MCNP) and the neutron flu...
A study on the activation of the Ignitor machine is performed. The machine has been modelled with th...
A study on the activation of the Ignitor machine is performed. The machine has been modelled with th...
Ignitor is a proposed high-magnetic field tokamak aimed at studying plasma burning conditions in Deu...
Ignitor is a proposed high-magnetic field tokamak aimed at studying plasma burning conditions in Deu...
Activation data are needed for many evaluations concerning fusion reactors and, in particular, safet...
Activation data are needed for many evaluations concerning fusion reactors and, in particular, safet...
Ignitor is a proposed compact high-magnetic field tokamak aimed at studying plasma burning condition...
Radiation damage evaluations have been performed with the ACAB code for fusion-relevant materials in...
Radiation damage evaluations have been performed with the ACAB code for fusion-relevant materials in...
Ignitor is a proposed compact high-magnetic field Tokamak aimed at studying plasma burning condition...
Ignitor is a proposed compact high-magnetic field Tokamak aimed at studying plasma burning condition...