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11 Jun 2003: UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics. and Theoretical Physics. CDS observations of flares.

31 Oct 2003: UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics. and Theoretical Physics. CDS data analysis spectroscopy using CHIANTI - MEDOC 2003.

11 Jun 2003: Figure 3: Averaged CDS spectra of a few selected regions, during the small flare. ... Giulio Del Zanna. CDS observations of flares. UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics.

11 Jun 2003: Giulio Del Zanna. CDS observations of flares. UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics. ... and Theoretical Physics. 8 of 10.

11 Jun 2003: The potential of the CDS instrument is fully exploited when plasma diagnostic techniques are applyed to determine the plasma characteristics (temperatures, densities, velocities, chemical abundances) across an active region. ... Giulio Del Zanna. CDS

11 Jun 2003: The fast raster is normally repeated a few times, to allow a good temporal coverage of the flare evolution. ... Giulio Del Zanna. CDS observations of flares. UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics.

11 Jun 2003: TR densities in the post-flare loop seen at the centre of the FOV were estimated directly from O IV ratios to be 1.5 x 10. ... Giulio Del Zanna. CDS observations of flares. UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics.

31 Oct 2003: The CDS instrument (Figure 1) consists of a Wolter-Schwartzschild type II grazing incidence telescope, a scan mirror, a set of different slits, and two spectrometers that do not observe simultaneously, ... UNIVERSITY OF CAMBRIDGE. Department of Applied

31 Oct 2003: CDS data analysis spectroscopy using CHIANTI - MEDOC 2003. UNIVERSITY OF CAMBRIDGE. ... Department of Applied Mathematics. and Theoretical Physics. 34 of 41.

31 Oct 2003: UNIVERSITY OF CAMBRIDGE. Department of Applied Mathematics. and Theoretical Physics. 33 of 41.