HCl

B-state analysis (AK)

agust,www,.....Jan11/PPT-190111ak.pptagust,heima,...Jan11/XLS-190111ak.xlsagust,heima,...Jan11/PXP-190111ak.ppt

140

120

100

80

60

876543

E J´,J´-1

J´

agust,heima,...Jan11/PXP-190111ak.pxp, Lay:0 Gr: 0

a = -6.6757 ± 1.77 b = 19.75 ± 0.307

HCl, "B state analysis"

J´ nju(Q), Green E(J´´) E(J´)=nju(Q)+E(J´´) DE(J´,J´+1) B state V(v´=20) V(v´=20)

E DE DE0 E0 D(E-E0) EV(J´) EV0 W12 W´12

2 88952.3 62.62064024 89014.92064 89014.92 0 89107.61 89107.61

3 88942 125.2046489 89067.20465 52.284009 52.5743 89067.49 0.290291 89126.47 89126.18

4 88930.6 208.5930115 89139.19301 71.988363 72.3243 89139.82 0.626229 89152.94 89152.31 2.866461 0.64096

5 88920.3 312.7368859 89233.03689 93.843874 92.0743 89231.89 1.143346 89187.54 89188.68

6 88906.8 437.5752196 89344.37522 111.33833 111.8243 89343.72 0.657379 89227.03 89227.69

7 88891.4 583.0347494 89474.43475 130.05953 131.5743 89475.29 0.857391

8 88877.6 749.030002 89626.63 152.19525 151.3243 89626.62 0.013562

J´ nju(Q), Green E(J´´) E(J´)=nju(Q)+E(J´´) DE(J´,J´+1) B state V(v´=20) V(v´=20)

E DE DE0 E0 D(E-E0) EV(J´) EV0 W12 W´12

2 88952.3 62.62064024 89014.92064 89014.63 0.290291 89107.61 89107.32

3 88942 125.2046489 89067.20465 52.284009 52.5743 89067.2 0 89126.47 89126.47

4 88930.6 208.5930115 89139.19301 71.988363 72.3243 89139.53 0.335937 89152.94 89152.6 2.122563 0.47462

5 88920.3 312.7368859 89233.03689 93.843874 92.0743 89231.6 1.433637 89187.54 89188.97

6 88906.8 437.5752196 89344.37522 111.33833 111.8243 89343.43 0.947671 89227.03 89227.98

7 88891.4 583.0347494 89474.43475 130.05953 131.5743 89475 0.5671

8 88877.6 749.030002 89626.63 152.19525 151.3243 89626.33 0.303853

agust,heima,...Jan11/XLS-190111ak.xls

HCl

J(0+)-state analysis (AK)

agust,www,.....Jan11/PPT-190111ak.pptAgust,heima,...Jan11/XLS-190111ak.xlsAgust,heima,...Sept10/XLS-211210ak.xls

c12 0.824355406

c22 0.175644594

W12 25

DE 65.7

DE(J´=6)= 65.7204

Agust,heima,...Jan11/XLS-190111ak.xls

Agust,heima,...Sept10/XLS-211210ak.xls