Detecting Extrasolar Planets from Space - Claessens, Marline
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This book describes the outcome of a feasibility study on using interferometry on a small satellite with the purpose of detecting extrasolar planets. It is the result of an assignment submitted by the space industry (Verhaert Space) where a follow-up of the successfull PROBA-1 and -2 technology demonstration missions has been assessed both technically and financially. The PROBA-X mission aims at directly detecting hot Jupiters in the near infrared. The PROBA-X spacecraft requires boom deployment, nulling interferometer technology and vibration dampened telescopes in order to conduct…mehr

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Produktbeschreibung
This book describes the outcome of a feasibility study on using interferometry on a small satellite with the purpose of detecting extrasolar planets. It is the result of an assignment submitted by the space industry (Verhaert Space) where a follow-up of the successfull PROBA-1 and -2 technology demonstration missions has been assessed both technically and financially. The PROBA-X mission aims at directly detecting hot Jupiters in the near infrared. The PROBA-X spacecraft requires boom deployment, nulling interferometer technology and vibration dampened telescopes in order to conduct measurements in the milli-arcsecond range. Small satellites allow the demonstration of key technologies at low cost and with a quick access to space. PROBA-X is considered a precursor to future interferometry missions.
Autorenporträt
Marline Claessens obtained a Master of Science degree in Aerospace Engineering in 2004 at the TU Delft. Currently she is working at Verhaert Space as Systems Engineer. In 2009 she was awarded the Marina Van Damme prize. She participated in the SSP 2009 of ISU. Her interests are in astrodynamics, spacecraft systems engineering and propulsion.