04-20-2017, 02:00 AM
To be fair, this is more of an engineering challenge, one outside the simulation and illustration purposes of HF.
One could address this problem by increasing the length of the mirror around the median radius (i.e. bottom mirrors would be radius x±20m, medium mirrors radius y±25m, top mirrors radius z±30m, with x>y>z & ‘±’ referring to the ‘inner’ and ‘outer’ radius of the mirror panes). This should increase the otherwise smaller cross-sectional area the torus mirrors would take up compared to their bottom neighbour. Best case the torus mirror cross section area for every torus in the stack would be the same.
One could address this problem by increasing the length of the mirror around the median radius (i.e. bottom mirrors would be radius x±20m, medium mirrors radius y±25m, top mirrors radius z±30m, with x>y>z & ‘±’ referring to the ‘inner’ and ‘outer’ radius of the mirror panes). This should increase the otherwise smaller cross-sectional area the torus mirrors would take up compared to their bottom neighbour. Best case the torus mirror cross section area for every torus in the stack would be the same.