List of Tables

• 2.1. Detector parameters
• 2.2. Detector angles and wavelengths
• 2.3. Detector types, wavelength ranges and in-orbit bias voltages
• 2.4. Bias levels and voltages per detector type
• 4.1. The LWS grating rest position wavelengths
• 5.1. Typical accuracies of the LWS
• 5.2. Observations of Uranus used to derive the RSRF
• 5.3. The three illuminator sequence types
• 5.4. LWS dark current values
• 5.5. In-orbit sensitivity of the LWS instrument
• 5.6. Sources used for the photometric calibration
• 5.7. Sources and lines used for the FP photometric accuracy
• 5.8. In-orbit detector responsivities
• 5.9. Effective aperture of the detectors
• 5.10. Extended source corrections and effective beam sizes
• 5.11. Comparison of LWS observations of Jupiter with the ISO PSF model
• 5.12. Lines from astronomical sources used for grating wavelength calibration
• 5.13. Detector angles adopted for wavelength calibration
• 5.14. Grating wavelength coefficients
• 5.15. LWS wavelength calibration accuracy
• 5.16. Grating profile parameters and comparison to Gaussian profiles
• 5.17. Lines and sources used to calibrate the FP's
• 5.18. FPS and FPL wavelength calibration coefficients
• 5.19. Lines and sources used to monitor FP's calibration
• 5.20. FPS rms calibration errors
• 5.21. FPL rms calibration errors
• 5.22. FP resolving power
• 5.23. L01 observations concurrent with parallel observations
• 6.1. Characteristics of the near-IR leak
• 6.2. Mean transient correction parameter values for Uranus
• 6.3. Detectors within each FP's nominal range.
• 7.1. General header keywords for products
• 7.2. TDATA AOT-VAR message contents
• 7.3. TDATA message-1 contents
• 7.4. LWS Compact Status record structure
• 7.5. Meaning of the LSTASTAT field
• 7.6. LWS sample list
• 7.7. LWS illuminator ERD file record structure
• 7.8. LWS grating scan ERD file record structure
• 7.9. LWS FPS scan ERD file record structure
• 7.10. LWS FPL ERD file record structure
• 7.11. LWS housekeeping ERD file record structure
• 7.12. Detector biases in the housekeeping
• 7.13. Amplifier parameters in the housekeeping frames
• 7.14. Grating parameters in the housekeeping frames
• 7.15. FP parameters in the housekeeping
• 7.16. LWS SPD file record structure
• 7.17. LWS SPD file header keywords
• 7.18. LSPD statistics keywords
• 7.19. LWGH file record structure
• 7.20. LWS Glitch History file keywords
• 7.21. LPSP file record structure
• 7.22. LSSP file record structure
• 7.23. LSPD and LIPD detector status word
• 7.24. LSPD mechanism status word
• 7.25. LWS Auto-Analysis product file record structure
• 7.26. LWS Auto-Analysis file keywords
• 7.27. LIAC product file record structure
• 7.28. LSCA product file record structure
• 7.29. LGIF product file record structure
• 7.30. LPAA product file record structure
• 7.31. LSAA product file record structure
• 7.32. LPAD product file record structure
• 7.33. LSAN and LSNR status word
• 7.34. LCDT calibration file keywords
• 7.35. LCAL calibration file keywords
• 7.36. LCJF calibration file keywords
• 7.37. LCDB calibration file keywords
• 7.38. LCD1 calibration file keywords
• 7.39. LCGH calibration file keywords
• 7.40. Auto-Analysis calibration files general keywords
• 7.41. LCIR calibration file record structure
• 7.42. LCGW calibration file record structure
• 7.43. LCGW keywords
• 7.44. LCGR calibration file structure
• 7.45. LCGR keywords
• 7.46. LCFW calibration file keywords
• 7.47. LCGB calibration file record structure
• 8.1. Instrumental and astronomical calibration parameters