“…Isosurfaces are displayed by computer graphics, and are used as visualization methods in many fields of chemistry. Orbital wavefunction, probability density, electron density and electrostatic potential have been visualized as isosurfaces [1][2][3][4][5][6][7][8][9][10][11]. The most promising method to draw isosurfaces has been reported as "marching cubes algorithm" [12].…”
Symmetry elements in various hydrogen atomic orbitals are summarized with respect to quantum numbers n, l and m. The results are useful to improve the efficiency of drawing the isosurfaces of these orbitals.
“…Isosurfaces are displayed by computer graphics, and are used as visualization methods in many fields of chemistry. Orbital wavefunction, probability density, electron density and electrostatic potential have been visualized as isosurfaces [1][2][3][4][5][6][7][8][9][10][11]. The most promising method to draw isosurfaces has been reported as "marching cubes algorithm" [12].…”
Symmetry elements in various hydrogen atomic orbitals are summarized with respect to quantum numbers n, l and m. The results are useful to improve the efficiency of drawing the isosurfaces of these orbitals.
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