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EnglishA Magneto-Optical Filter-based system has been proposed as an optional payload for ASI’s low-budget Solar Mission ADAHELI, which has completed its Phase A feasi- bility study. The instrument is capable of providing simulta- neous Dopplergrams, intensity and magnetic solar full-disk maps using the potassium 770 nm and sodium 589 nm solar Fraunhofer lines. The instrument is a version, re-designed for a space environment, of the one which has run an observ- ing campaign at the South Pole in 2008 with unprecedented performance. The MOF-based system we present here is a low-cost, low-weight instrument, thus particularly fit to space applications, capable of providing stability and sensi- tivity of signals on long-term observations. The instrument will explore regions of the oscillation spectrum not available to other missions’ instruments.
Future instrumentation for solar physics: a double channel MOF imager on board ASI space mission ADAHELI / P. F. Moretti; F. Berrilli; A. Bigazzi; S. M. Jefferies; N. Murphy; L. Roselli; M. P. Di Mauro. - In: ASTROPHYSICS AND SPACE SCIENCE. - ISSN 0004-640X. - STAMPA. - 328:1-2(2010), pp. 313-318.
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| Titolo: | Future instrumentation for solar physics: a double channel MOF imager on board ASI space mission ADAHELI |
| Autori: | |
| Data di pubblicazione: | 2010 |
| Rivista: | |
| Citazione: | Future instrumentation for solar physics: a double channel MOF imager on board ASI space mission ADAHELI / P. F. Moretti; F. Berrilli; A. Bigazzi; S. M. Jefferies; N. Murphy; L. Roselli; M. P. Di Mauro. - In: ASTROPHYSICS AND SPACE SCIENCE. - ISSN 0004-640X. - STAMPA. - 328:1-2(2010), pp. 313-318. |
| Abstract: | A Magneto-Optical Filter-based system has been proposed as an optional payload for ASI’s low-budget Solar Mission ADAHELI, which has completed its Phase A feasi- bility study. The instrument is capable of providing simulta- neous Dopplergrams, intensity and magnetic solar full-disk maps using the potassium 770 nm and sodium 589 nm solar Fraunhofer lines. The instrument is a version, re-designed for a space environment, of the one which has run an observ- ing campaign at the South Pole in 2008 with unprecedented performance. The MOF-based system we present here is a low-cost, low-weight instrument, thus particularly fit to space applications, capable of providing stability and sensi- tivity of signals on long-term observations. The instrument will explore regions of the oscillation spectrum not available to other missions’ instruments. |
| Handle: | http://hdl.handle.net/11391/960981 |
| Appare nelle tipologie: | 1.1 Articolo in rivista |
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