Study of coulomb explosion and dissociation channels in dicationic argon clusters: a study based on stochastic optimization
S Guha, S Ray, P Chaudhury - Structural Chemistry, 2011 - Springer
S Guha, S Ray, P Chaudhury
Structural Chemistry, 2011•SpringerIn this article, we explore the use of stochastic optimization technique, namely simulated
annealing, in elucidating the correct cut-off limit for suppression of Coulomb explosion in
dicationic argon gas clusters. We also do a detail study of cluster sizes where the clusters
are not stable as one single entity, and try to find out the dissociation channels for these,
namely fission or non-fission type. We compare our results with available literature results,
both theoretical and experimental.
annealing, in elucidating the correct cut-off limit for suppression of Coulomb explosion in
dicationic argon gas clusters. We also do a detail study of cluster sizes where the clusters
are not stable as one single entity, and try to find out the dissociation channels for these,
namely fission or non-fission type. We compare our results with available literature results,
both theoretical and experimental.
Abstract
In this article, we explore the use of stochastic optimization technique, namely simulated annealing, in elucidating the correct cut-off limit for suppression of Coulomb explosion in dicationic argon gas clusters. We also do a detail study of cluster sizes where the clusters are not stable as one single entity, and try to find out the dissociation channels for these, namely fission or non-fission type. We compare our results with available literature results, both theoretical and experimental.
Springer
以上显示的是最相近的搜索结果。 查看全部搜索结果