% Compute the absorbed optical energy density.
% multiply by
% 1e6 to convert [J/mm^2] to [J/m^2]
% 1e-3 to set the total energy in the pulse to 1 mJ
%
vmcmedium.absorbed_energy = vmcmedium.absorption_coefficient . solution.grid_fluence1e3; % [J/m3]
as above code, we have:
1e6--->J/m^2
and then *1e-3 mJ/m^2 ?
so absorbed_energy should be mJ/m3 ?
% Compute the absorbed optical energy density. % multiply by % 1e6 to convert [J/mm^2] to [J/m^2] % 1e-3 to set the total energy in the pulse to 1 mJ % vmcmedium.absorbed_energy = vmcmedium.absorption_coefficient . solution.grid_fluence1e3; % [J/m3]
as above code, we have: 1e6--->J/m^2 and then *1e-3 mJ/m^2 ? so absorbed_energy should be mJ/m3 ?