60
3 Dopaquinone Conversion and Related Reactions
Fig. 3.7 Binding of a methane thiolate ion SCH 3
− on RD-quinone (before cyclization) and corresponding charge re-distribution. Reprinted (with minor modification) from Ref. [21] with permission
from Physical Society of Japan
Fig. 3.8 Binding of a methane thiolate ion SCH 3
− on RD-cyclic quinone (after cyclization of
RD-quinone) and corresponding charge re-distribution. Reprinted (with minor modification) from
Ref. [21] with permission from Physical Society of Japan
Fig. 3.9 Isosurface plots for LUMOs of a RD-quinone and b RD-cyclic quinone with change in
energy level. The vacuum level was chosen as the origin of energy level. Reprinted (with minor
modification) from Ref. [21] with permission from Physical Society of Japan
3 Dopaquinone Conversion and Related Reactions
Fig. 3.7 Binding of a methane thiolate ion SCH 3
− on RD-quinone (before cyclization) and corresponding charge re-distribution. Reprinted (with minor modification) from Ref. [21] with permission
from Physical Society of Japan
Fig. 3.8 Binding of a methane thiolate ion SCH 3
− on RD-cyclic quinone (after cyclization of
RD-quinone) and corresponding charge re-distribution. Reprinted (with minor modification) from
Ref. [21] with permission from Physical Society of Japan
Fig. 3.9 Isosurface plots for LUMOs of a RD-quinone and b RD-cyclic quinone with change in
energy level. The vacuum level was chosen as the origin of energy level. Reprinted (with minor
modification) from Ref. [21] with permission from Physical Society of Japan