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Detection of an inner gaseous component in a Herbig Be star accretion disk: Near- and mid-infrared spectro-interferometry and radiative transfer modeling of MWC 1471 Stefan Kraus, Thomas Preibisch and Keiichi Ohnaka Max
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Document Date: 2007-12-03 05:28:04

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File Size: 3,20 MB

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Company

Hillenbrand / Jet Propulsion Laboratory / Herbig Ae / The star / /

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Facility

California Institute of Technology / La Silla Paranal Observatory / Jet Propulsion Laboratory / /

IndustryTerm

thick gas emission / spectral energy distribution / thick gas / power-law radial temperature distributions / optical and infrared imaging observations / gas environment / /

MusicGroup

MIR / PTI / K / UT / AMBER / /

Organization

Monoceros OB1 association / California Institute of Technology / National Aeronautics and Space Administration / NS NS / African Union / Keiichi Ohnaka Max Planck Institut f¨ / /

Person

MIDI VLTI / Thomas Preibisch / Keiichi Ohnaka Max Planck / /

Position

calibrator / Walker / /

Product

C-0129 / C-0138 / C-0181 / /

Technology

radiation / sublimation / AV / MIDI / /

URL

http /

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