Overpower transients were calculated to estimate the maximum possible fusion power due to loss of plasma control, and the consequent damage to in-vessel components.
The experiments proved that thermonuclear fusion powers the Sun.
The maximum fusion of these score vectors adopted row wise maximum as in Eq. (5).
The mutual information of fused images and CT original images of the wavelet-weighted maximum fusion, α channel fusion, and pseudo-color fusion concentrates between 0.5 and 0.65.
The detail component was processed according to the maximum fusion rule of absolute value.
The mean grads of wavelet-weighted maximum fusion and pseudo-color fusion are higher than those of α channel fusion, and the mean grads of wavelet fusion of the two formers are better than those of pseudo-color fusion, while the DWI-MRI and CT fusion is smaller than that of T1-MRI and CT fusion.
A steady state operation mode is recommended with fusion power of 2 3 GW and maximum first wall (FW) neutron load of 3 4 MW m−2.
Over a wide range of A (=2.7∼8), the plasma size, current drive power PCD, divertor heat load WDIV are calculated for the steady-state plasma when the fusion power PFUS (=3 GW) and the maximum toroidal field BTMAX (=18 T) are fixed.
The aim is to reach its maximum power output by 2035 and, if so, Iter will be the foundation of the first fusion power plants.
As a result, the GNOME reactor has been designed to produce 320 MW fusion power with a 5.2 m major radius, 3.1 normalized beta and 11 T maximum field.
