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Babikov, Dmitri; Balucani, Nadia; Bergeat, Astrid; Brouard, Mark; Chandler, David W; Costen, Matthew L; Fárník, Michal; Guo, Hua; Győri, Tibor; Heard, Dwayne; et al (, Faraday Discussions)
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Alexandrowicz, Gil; Babikov, Dmitri; Brouard, Mark; Butler, Alexander; Chadwick, Helen; Chandler, David W; Fárník, Michal; Fingerhut, Jan; Guo, Hua; Győri, Tibor; et al (, Faraday Discussions)
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Sun, Zhong-Fa; van Hemert, Marc C.; Loreau, Jérôme; van der Avoird, Ad; Suits, Arthur G.; Parker, David H. (, Science)null (Ed.)Knowledge of rotational energy transfer (RET) involving carbon monoxide (CO) molecules is crucial for the interpretation of astrophysical data. As of now, our nearly perfect understanding of atom-molecule scattering shows that RET usually occurs by only a simple “bump” between partners. To advance molecular dynamics to the next step in complexity, we studied molecule-molecule scattering in great detail for collision between two CO molecules. Using advanced imaging methods and quasi-classical and fully quantum theory, we found that a synchronous movement can occur during CO-CO collisions, whereby a bump is followed by a move similar to a “do-si-do” in square dancing. This resulted in little angular deflection but high RET to both partners, a very unusual combination. The associated conditions suggest that this process can occur in other molecule-molecule systems.more » « less
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Ziemkiewicz, Michael P.; Pluetzer, Christian; Wojcik, Michael; Loreau, Jérôme; van der Avoird, Ad; Nesbitt, David J. (, The Journal of Chemical Physics)
