We study a periodically driven double well model. As in the case of autonomous models. previously treated in a joint paper with A. Martinez, ((7)) we have the destruction of the splitting for critical metastability. The relevance of the model for the understanding of the red shift in the inversion line of the molecule of ammonia is shortly discussed. We show that, in order to have a reasonable behavior of the metastability as a function of the frequency, a non-monochromatic perturbation is needed.
Critical metastability and destruction of the splitting in non-autonomous systems / V., Grecchi; Sacchetti, Andrea. - In: JOURNAL OF STATISTICAL PHYSICS. - ISSN 0022-4715. - STAMPA. - 103:(2001), pp. 339-368. [10.1023/A:1004832022123]
Critical metastability and destruction of the splitting in non-autonomous systems
SACCHETTI, Andrea
2001
Abstract
We study a periodically driven double well model. As in the case of autonomous models. previously treated in a joint paper with A. Martinez, ((7)) we have the destruction of the splitting for critical metastability. The relevance of the model for the understanding of the red shift in the inversion line of the molecule of ammonia is shortly discussed. We show that, in order to have a reasonable behavior of the metastability as a function of the frequency, a non-monochromatic perturbation is needed.
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