Figure 1(a): Adiabatic potential energy curves for 0g+
states.
Figure 2(a): Adiabatic potential energy curves for 0g-
states.
Figure 3(a): Adiabatic potential energy curves for 1g states.
Figure 5(a): Adiabatic potential energy curves for 0u+
states.
Figure 7(a): Adiabatic potential energy curves for 1u states.
|
Calculated spectroscopic constants for the adiabatic
states of Ba2
g(±) states related to the
0g+
states. Full lines: 
+
symmetry; dashed lines 
symmetry;
(-·-·-·-·) 
) triplet states.
Figure 2(b): Adiabatic potential energy curves for the
1,3
Figure 3(b): Adiabatic potential energy curves for the
1,3
Figure 4(a): Adiabatic potential energy curves for 3g and
2g states. Full lines: 2g states;
dotted line: 3g state.
Figure 4(b): Adiabatic potential energy curves for the
1,3
symmetry;
(· · · ·) singlet states; (
Figure 5(b): Adiabatic potential energy curves for the
1,3
Figure 6(a): Adiabatic potential energy curves for 0u-
states.
Figure 6(b): Adiabatic potential energy curves for the
1,3
) quintuplet states.
Figure 7(b): Adiabatic potential energy curves for the
1,3
Figure 8(a): Adiabatic potential energy curves for 3u and
2u states. Full lines: 2u states,
dotted line: 3u state.
Figure 8(b): Adiabatic potential energy curves for the
1,3