The rule is relevant in understanding the emission spectrum of an excited molecule.
2.
The excited molecules then undergo stimulated emission in the optical resonator region of the laser.
3.
The relaxation of excited molecules states often occurs by the emission of light which is called fluorescence.
4.
Microwaves excite molecules which turn into heat.
5.
In addition to the very weakly bound van der Waals molecules, electronically-excited molecules with the same formula exist.
6.
These excited molecules have an increase in dipole momentum and in some cases can undergo internal charge rearrangement.
7.
R-fluoxetine is an exciting molecule with a good chance of becoming an important new advance in treating depression,
8.
Reactions of electronically excited molecules often involve conical intersections, around which the potential energy surfaces have the shape of intersecting cones.
9.
There isn't enough time for photons of low wavelength color _ such as red _ to emerge from the excited molecule.
10.
In this method, an infrared laser is directed at uranium hexafluoride gas, exciting molecules that contain a IR Multiple Photon Dissociation ).
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