| Document Date: 2009-02-06 15:43:48
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City Lloyd / Oxford / Kyoto / Granville / Mcleod / Saskatoon / / Company Hoover / Clarendon Press / Russell / CRC Press / Wilson / Creative Commons / / Country Norway / United States / Canada / Australia / / / Facility Trent University / Canada Trobe University / University of Saskatchewan / / IndustryTerm satellite mission / free energy / gas-to-amorphous transition / free energy barrier height / reduced energy barriers / free energy barrier / free formation energy / leap frog algorithm / even gas-to-crystal transition / energy / satellite instruments / direct gas-to-ice nucleation / gas-to-condense phase nucleation / lower free energy barrier / / Organization European Geosciences Union / Trent University / Peterborough / Canada Trobe University / Victoria / University of Saskatchewan / / Person Johari / Allen / Tildesley / / Position D. J. / Walker / Butler / G. P. / / ProgrammingLanguage FL / K / / ProvinceOrState Saskatchewan / North Dakota / Victoria / South Dakota / Peterborough / Ontario / / Region northern Norway / / TVStation Kivi / / Technology Verlet leap frog algorithm / remote sensing / microwave / Thermodynamics / crystallization / condensation / spectroscopy / simulation / integrated using the Verlet leap frog algorithm / / URL http /
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Atmos. Chem. Phys., 9, 965–971, 2009 www.atmos-chem-phys.net[removed]/ © Author(s[removed]This work is distributed under the Creative Commons Attribution 3.0 License. Atmospheric