Relative equilibria of D2H+ and H2D+
UNSPECIFIED (2000) Relative equilibria of D2H+ and H2D+. MOLECULAR PHYSICS, 98 (5). pp. 295-307. ISSN 0026-8976Full text not available from this repository.
Relative equilibria of molecules are classical trajectories corresponding to steady rotations about stationary axes during which the shape of the molecule does not change. They can be used to explain and predict features of quantum spectra at high values of the total angular momentum J in much the same way that absolute equilibria are used at low J. This paper gives a classification of the symmetry types of relative equilibria of AB(2) molecules and computes the relative equilibria bifurcation diagrams and normal mode frequencies for D2H+ and H2D+. These are then fed into a harmonic quantization procedure to produce a number of predictions concerning the structures of energy level clusters and their rearrangements as J increases. In particular the formation of doublet pairs is predicted for H2D+ from J approximate to 26.
|Item Type:||Journal Article|
|Subjects:||Q Science > QC Physics|
|Journal or Publication Title:||MOLECULAR PHYSICS|
|Publisher:||TAYLOR & FRANCIS LTD|
|Date:||10 March 2000|
|Number of Pages:||13|
|Page Range:||pp. 295-307|
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