Technical Reports
DU12 - Photometric calibration models for G and BP/RP:
DU12 - Photometric calibration models for G and BP/RP:
General principles of internal calibration:
General principles of internal calibration:
- GAIA-C5-TN-UB-CF-012-01. Proposal for internal calibration of XP spectra
- GAIA-C5-TN-UB-CF-008-01.BP and RP processes Discussion of alternatives
- GAIA-C5-TN-UB-CF-006-01. Proposal for the calibration of BP and RP spectra
- GAIA-C5-TN-UB-CJ-042-01. Proposal for the internal calibration of fluxes
- GAIA-C5-TN-UB-CF-016-01. Proposal for the XP processing data flow
Photometric relationships:
Photometric relationships:
- lambda_eff and SSC relationships with V-I: GAIA-C5-TN-UB-JMC-014
Full forward model
Full forward model
Instrument characteristics:
Instrument characteristics:
Sensitivity:
Sensitivity:
Dispersion & LSF:
Dispersion & LSF:
Flux loss:
Flux loss:
Epoch spectra calibration:
Epoch spectra calibration:
Error model:
Error model:
Link between Gaia spectrophotometry and passband calibration:
Link between Gaia spectrophotometry and passband calibration:
DU13 - Ground-based observations:
DU13 - Ground-based observations:
Strategy definition:
Strategy definition:
- GAIA-C5-TN-OABO-EP-007-1. Ground-based observations of the Gaia Spectrophotometric Standard Stars Present status and future steps
- GAIA-C5-TN-OABO-GA-001. The Primary standards for the establishment of SPSS
- GAIA-C5-TN-OABO-LF-001. Absolute calibration of Gaia photometric data II
- GAIA-C5-TN-UB-JMC-001. Selection of standard stars for absolute flux calibration
- GAIA-C5-TN-UB-JMC-002. Revolving phase effect to FoV overlapping and its application to primary SPSS
Carry-out observations:
Carry-out observations:
- GAIA-C5-TN-OABO-EP-001. Protocol for Ground Based Observations of SpectroPhotometric Standard Stars I
- GAIA-C5-TN-OABO-EP-003. Protocol for Ground Based Observations of SpectroPhotometric Standard Stars. II. Variability Searches and Absolute Photometry Campaigns
- GAIA-C5-TN-OABO-EP-006-0. Protocol for Ground Based Observations of SpectroPhotometric Standard Stars III. Main Spectrophotometric Campaign
- GAIA-C5-TN-UB-JMC-005. Observing protocol with CAFOS@CAHA itemized
- GAIA-C5-TN-UB-JMC-007. Observing protocol with LARUCA@SPM itemized
Data reduction:
Data reduction:
- GAIA-C5-TN-OABO-SMR-001 Data Reduction Protocol for Ground Based Observations of SpectroPhotometric Standard Stars. I. Imaging Pre-reduction
- GAIA-C5-TN-UB-JMC-004. IRAF procedure to reduce SPSS Calar Alto observations
- Altavilla & Carrasco, 2008. Notes on the absolute spectroscopic calibration. The “NARROW SLIT” strategy
- GAIA-C5-TN-OABO-GA-004. Instrument Familiarization Plan for ground based observations of SPSS. I. CCD Shutter Characterization and Linearity Evaluation
- GAIA-C5-TN-OABO-GCC-001. Data Reduction Protocol for Ground Based Observation of Spectrophotometric Standard Stars. II. Spectroscopy Pre-reduction up to extraction and wavelength calibration
DU16 - Selection of reference stars:
DU16 - Selection of reference stars:
- GAIA-C5-TN-UB-BLM-001-01. Sources with spectral features as seen by Gaia BP/RP 1
- GAIA-C5-TN-UB-MG-001. Absolute wavelength calibration for BP/RP using Chi-squared minimisation
- GAIA-C5-TN-UB-MG-003. Absolute wavelength calibration for BP/RP using Chi-squared minimization II
- GAIA-C5-TN-UB-MG-002. Absolute wavelength calibration of BP/RP spectra using the centroiding procedure
- GAIA-C5-TN-UB-JMC-009. Selection of reference sources for the internal calibration (draft)
- GAIA-C5-PL-UB-CJ-050 DU16 plan for activities in the last year before launch
PE - Payload Experts:
PE - Payload Experts: