University of Georgia / University of Nevada / V. CONCLUSIONS Complex / The Pennsylvania State University / Berks Campus / /
IndustryTerm
heliumbuffer-gas cooling / gas temperatures / kinetic energy / collision energy / helium-buffer-gas methods / gas cell / higher energy / collision energy increases / cold gas / cold molecular systems / potential energy surface / ultracold collision energy / helium-buffer-gas method / helium-buffer-gas cell / energy transfer / quantum computing algorithms / correlated systems / energy / /
Organization
The Pennsylvania State University / University of Georgia / Athens / National Science Foundation / Department of Physics and Astronomy / USA B. H. Yang and P. C. Stancil Department of Physics and Astronomy / National Aeronautics and Space Administration / Center for Simulational Physics / University of Nevada / Science and Engineering Research Council / USA R. C. Forrey Department of Physics / NNX07AP12G / USA N. Balakrishnan Department of Chemistry / /
PHYSICAL REVIEW A 84, [removed]Cold collisions of highly rotationally excited CO2 with He: The prospects for cold chemistry with super-rotors W. H. al-Qady Department of Physics and Astronomy and the Center for Sim