“…The convergence against the solution run can be elucidated by employing ρ̅(ϵ; k ) with ρ̅ 0 (ϵ; K ) and ρ̅ 0 (2) (ϵ, η; K ) and examining the k dependence of Δ G computed from ρ̅(ϵ; k ), ρ̅ 0 (ϵ; K ), and ρ̅ 0 (2) (ϵ, η; K ). To see the convergence against the reference-solvent run, conversely, the k dependence is to be assessed for Δ G calculated from ρ̅(ϵ; K ), ρ̅ 0 (ϵ; k ), and ρ̅ 0 (2) (ϵ, η; k ) . In the following, Δ G ( k ) means the k -dependent value obtained through the above procedures, and the convergence of the dissolution free energy is examined in terms of the deviation |Δ G ( k ) – Δ G ( K )|. Figure illustrates the k dependence of |Δ G ( k ) – Δ G ( K )| averaged over all of (weight%, l , m , n ) for the periodic and graft forms in Table , for each of the ethylene-vinylidene difluoride, ethylene-vinyl acetate, and ethylene-acrylamide copolymers.…”