Cornell University / Acknowledgments The Arecibo Observatory / /
IndustryTerm
gas-drag ejection model / higher gas flux / gas production / gas production rates / steeper power law / power-law exponent / gas coma / gas flux / high apparent gas fluxes / secondary products / gas velocity / gas composition / measured gas parameters / gas-drag model / gas species / shallower power law / areal gas / gas velocities / canonical gas-drag model / gas drag effect / imaging / comparable gas outflow velocity / gas-drag ejecta / gas arcs / dust products / gas production rate / metal sphere / measured gas production rates / radar imaging / data processing / gas mass flux / gas flows / power law / radial gas drag / required gas flux / gas-drag theory / quiescent gas production / /
Movie
A.I. / /
Organization
National Science Foundation / Univ. of Arizona Press / Univ. of Massachusetts / ESA Publications Division / Cornell University / African Union / National Astronomy and Ionosphere Center / Astronomy Department / /
Person
Gardner / Osip / John K. Harmon / Tozzi / Jean-Luc Margot / Lance Benner / Ellen S. Howell / Michael C. Nolan / Benford / Donald B. Campbell / ESA SP / Mark Sykes / /
Icarus[removed]–441 www.elsevier.com/locate/icarus Detection of large grains in the coma of Comet C/2001 A2 (LINEAR) from Arecibo radar observations Michael C. Nolan a,∗ , John K. Harmon a , Ellen S. Howell a ,