Rapaport / Vasilev / Austin / Boston / New York / Paris / Tokyo / Washington / DC / Washington / D.C. / Chamberlin / /
Company
Cambridge University Press / Brown / G.L. Radio / E. On / the Sun / Haider S.A. / B.A.S. / University of Arizona Press / A.J. Radio / Singer / Savich N.A. / Data / Vyshlov A.S. / Elsevier Ltd. / Tyler / Knudsen / AGNE Publishing / /
Continent
Antarctica / /
Country
Northern Ireland / United States / United Kingdom / /
Currency
pence / USD / / /
Event
Natural Disaster / Person Communication and Meetings / /
Facility
Armagh Observatory / National Space Science Data Center / Boston University / A Boston University / College Hill / /
Holiday
Vernal Equinox Day / /
IndustryTerm
atomic metal ions / metal ions / metal / chemical composition / diagnostic tools / /
MarketIndex
set 150 / /
NaturalFeature
College Hill / Halley stream / /
Organization
Cambridge University / Harvard / Department of Astronomy / Observatoire de Paris / African Union / National Aeronautics and Space Administration / Boston University / University of Arizona / Institut de Me´canique Ce´leste / /
Person
Asher / Kerri Cahoy / David Hinson / Murad / Venus II / Michael Mendillo / Suggs / Williams / Wimberly / Paul Withers / Venus Pre / Mars Substantially / /
Position
model for the zodiacal cloud and sporadic meteors / General / D.J. / Corresponding author / Global Surveyor / tackle / surveyor / R.N. / /
Available online at www.sciencedirect.com Advances in Space Research[removed]–1216 www.elsevier.com/locate/asr Meteoric ion layers in the ionospheres of venus and mars: