Theoretical Study on the Microhydration of Atmospherically Important Carbonyl Sulfide in Its Neutral and Anionic Forms: Bridging the Gap between the Bulk and Finite Size Microhydrated Cluster. Mondal, S.; Teja, A., U.; and Singh, P., C. The Journal of Physical Chemistry A, 2015.
Theoretical Study on the Microhydration of Atmospherically Important Carbonyl Sulfide in Its Neutral and Anionic Forms: Bridging the Gap between the Bulk and Finite Size Microhydrated Cluster [pdf]Paper  Theoretical Study on the Microhydration of Atmospherically Important Carbonyl Sulfide in Its Neutral and Anionic Forms: Bridging the Gap between the Bulk and Finite Size Microhydrated Cluster [link]Website  bibtex   
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 title = {Theoretical Study on the Microhydration of Atmospherically Important Carbonyl Sulfide in Its Neutral and Anionic Forms: Bridging the Gap between the Bulk and Finite Size Microhydrated Cluster},
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 author = {Mondal, Saptarsi and Teja, Avula Uday and Singh, Prashant Chandra},
 journal = {The Journal of Physical Chemistry A}
}
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