Theor Chem Acc (2015) 134:117
1 3
Fig. 4 Map of the gradient vector fi eld of the radial
density for the plane containing the maximum number of
nuclei. Each line represents
a trajectory traced out by the
vector ∇ρ rad . Gradient paths of
radial density in the xy -plane
of the second period hydrides.
The central atom is located at
(0, 0). The hydrogen nuclei are
clearly identifi ed by the distinct
boundary path that encloses the
nucleus
63
Reprinted from the journal
1 3
Fig. 4 Map of the gradient vector fi eld of the radial
density for the plane containing the maximum number of
nuclei. Each line represents
a trajectory traced out by the
vector ∇ρ rad . Gradient paths of
radial density in the xy -plane
of the second period hydrides.
The central atom is located at
(0, 0). The hydrogen nuclei are
clearly identifi ed by the distinct
boundary path that encloses the
nucleus
63
Reprinted from the journal