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C We have to solve the time independent problem H o o = E o o Harry Kroto 2004

C We have to solve the time independent problem H o o = E o o Harry Kroto 2004

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Page 1: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

C We have to solve the time independent problem

Hoo = Eoo

Harry Kroto 2004

Page 2: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Atoms

Basically only electronic transitions

>10000 cm-

1

Page 3: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Atoms Molecules

Basically only electronic transitions

>10000 cm-

1

Page 4: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Atoms Molecules

Basically only electronic transitions

>10000 cm-

1

electronic transitions

E > 10000 cm-1

Page 5: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Atoms Molecules

Basically only electronic transitions

>10000 cm-

1

electronic transitions

E > 10000 cm-1

Vibrational transitions

E = 100-10000 cm-1

Page 6: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Atoms Molecules

Basically only electronic transitions

>10000 cm-

1

electronic transitions

E > 10000 cm-1

Vibrational transitions

E = 100-10000 cm-1

Rotational transitions

E = 0.1 – 100 cm-1

Page 7: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

electronic transitions

E > 10000 cm-1

Harry Kroto 2004

Molecules

Page 8: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004
Page 9: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

electronic transitions

E > 10000 cm-1

Harry Kroto 2004

Vibrational transitions

E = 100-10000 cm-1

Molecules

Page 10: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Vibrations

Page 11: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

electronic transitions

E > 10000 cm-1

Harry Kroto 2004

Vibrational transitions

E = 100-10000 cm-1

Molecules

Rotational transitions

E = 0.1 – 100 cm-1

Page 12: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Rotational motion of a linear molecule

HCCCCCN

Page 13: C We have to solve the time independent problem H o  o = E o  o Harry Kroto 2004

Harry Kroto 2004