Alpbach / Berlin / Reykjavik / L. A. / Tucson / Duxbury / Laval / London / /
Company
Sonic / Kouvaris L. C. / /
Continent
Africa / /
Country
Austria / United States / Iceland / Cameroon / /
Currency
USD / / /
Event
Natural Disaster / /
Facility
University of Arizona / bar CH4 / bar N2 / University of Kent / /
IndustryTerm
energy excess / high gas fractions / mechanical energy / gas volume / kinetic energy / energy flow / gas mass fraction / gas-driven geysers / low-energy environment / gas fluxes / metal rod / likely gas / imaging / gas mixtures / hydrocarbon systems / energy / /
MusicGroup
IR / /
NaturalFeature
Lake Nyos / /
Organization
University of Kent at Canterbury / Noordwijk / European Space Agency / University of Arizona / /
Person
Bonnie Buratti / J. J. Caldwell / ESA SP / John Dowden / Limit As / A. F. Cook / II / D. Lorenz Lunar / Ralph D. Lorenz / /
Position
hydrostatic head / multicomponent nonideal solubility model / representative / General / ACKNOWLEDGMENTS The author / /
Product
Titan / /
ProvinceOrState
Nova Scotia / Arizona / A. B. / /
Technology
Thermodynamics / condensation / spectroscopy / Microwave / ESA / heat transfer / /
Icarus 156, 176–[removed]doi:[removed]icar[removed], available online at http://www.idealibrary.com on Thermodynamics of Geysers: Application to Titan Ralph D. Lorenz Lunar and Planetary Laboratory, University of Ari