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Space / Comets / Planetary science / Stellar astronomy / Comet Hyakutake / Science and technology in Japan / Comet / Michael R. Combi / Astronomical spectroscopy / Astronomy / Astrophysics / Fluid dynamics


Combi et al.: Gas Dynamics and Kinetics in the Cometary Coma 523
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Document Date: 2005-03-02 16:33:02


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File Size: 1,14 MB

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Company

Dell / Atmospheric & Environmental Research Inc. / From S. A. / the Sun / Knudsen / /

Currency

pence / /

Facility

Heliospheric Observatory / Observations Michael R. Combi University of Michigan Walter M. Harris University of Washington William H. Smyth Atmospheric / /

IndustryTerm

even numerical solutions / tenuous planetary applications / random internal energy component / gas velocity / Dust-gas physics / gas molecules / pressure/ energy equation / gas heat capacity / gas pressure / gas mass density / multispecies dilute gas / dust-gas / gas species / gas law / gas flows / gas temperature / gas production source rate / gas dynamics / rapid transonic dusty-gas / absolute gas production rates / chemical / gas-dust drag force / imaging / energy / /

Organization

University of Washington / African Union / University of Michigan / /

Person

Ion Impact Water / Electron Impact Water / Vega / Wallace Fountain Models / Miller Fountain Models / van Dishoeck / /

Position

vp / Major / /

PublishedMedium

Environmental Research / /

Technology

radiation / sublimation / remote sensing / spectroscopy / fluid dynamics / heat transfer / simulation / /

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