Following decisions made by both ESA and ESO, the ST-ECF closed and ceased operations on 31st December 2010. Information resulting from the group's instrument(JWST) science activities has been transferred to STScI and is available here.
- JWST-STScI-002374 Ground Calibration concept for the JWST Near-infrared Spectrograph (NIRSpec) Version 1Kuntschner, H. et al., ST-ECF Instrument Science Report NGST 2004-01
- JWST-STScI-002264 Calibration concept for the JWST Near-infrared Spectrograph (NIRSpec) Kuntschner, H., ST-ECF Instrument Science Report JWST 2003-01
- JWST-STScI-002265 Slit throughput and image quality of a MEMS-type spectrograph for NGST Freudling, W., ST-ECF Instrument Science Report NGST 2002-04
- JWST-STScI-002266 Contrast issues and confusion limits for the NGST NIRSpec Freudling, W. et al., ST-ECF Instrument Science Report NGST 2002-03
- JWST-STScI-002267 The effects of 'on' failures in a MEMS array for the NGST NIRSpec Arribas, S., Fosbury, R.A.E., & Jakobsen, P., ST-ECF Instrument Science Report NGST 2002-02
- JWST-STScI-002268 Pixels, slits and facets for a MEMS-type spectrograph for NGST Arribas, S. et al. ST-ECF Instrument Science Report NGST 2002-01
- JWST-STScI-002268 Appendix
- JWST-STScI-002269 Parasitic Light in NGST instruments:the accuracy of photometric redshifts and the effect of filter leaks in the visible and near IR camera
- Cristiani, S., Arnouts, S., & Fosbury, R. ST-ECF Instrument Science Report NGST 2001-01 A trade-off study of the Integral Field (IFS) and Multi-object (MOS) spectrograph concepts in the context of the Design Reference Mission (DRM)
