Index
Up: Observer's Manual
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- AOT
- Real-Time Assessment and
- AOT SWS01: description
- AOTs and observing , Description
- AOT SWS02: description
- AOTs and observing , Description
- AOT SWS06: description
- AOTs and observing , Description
- AOT SWS07: description
- AOTs and observing , Description
- AOT:
restrictions
- Restrictions
- AOT: AOT bands
- Fabry-Pérot Section, Description
- AOT: examples
- Example of an , Example of an , Example of an
- AOT: restrictions
- Restrictions, Description
- AUTO_ANALYSIS
- Standard Product Generation
- Astronomical Observation
Template (AOT)
- AOTs and observing
- Astronomical Observation Template (AOT)
- The AOT Concept
- Beam profile
measurements
- Overall Strategy
- Beamsplitter
- Apertures: entrance optics
- Calibration:
photometric
- Overall Strategy
- Calibration: accuracy
- Expected Accuracy
- Calibration: extended source
- Point sources vs.
- Calibration: flux
- Memory effects
- Calibration: photometric
- Astronomical Calibration Sources
- Calibration: point source
- Point sources vs.
- Calibration: strategy
- Overall Strategy, Overall Strategy
- Calibration: wavelength
- Overall Strategy, Astronomical Calibration Sources
- Central wavelength
- Description
- Compact Status History
- Standard Product Generation
- DERIVE_ERD
- Standard Product Generation
- DERIVE_SPD
- Standard Product Generation
- Dark current
- Overall Strategy, AOTs and observing , Description
- Detector
- Instrument Description, Apertures: entrance optics , Apertures: entrance optics , Gratings, Gratings, Detectors, Prime Observing Modes, Prime Observing Modes, Memory effects
- Diffraction losses
- Apertures: entrance optics , Sensitivity
- Diffuse background
- Diffuse Background Emission
- Entrance aperture
- Instrument Description, Instrument Description, Apertures: entrance optics , AOTs and observing
- Executed Observation History
- Standard Product Generation
- F-P: extended
wavelength range
- Expected Accuracy
- F-P: extended wavelength range
- Instrument Description, Fabry-Pérot Section
- F-P: gap width
- Effective F-P Gap
- F-P: light path
- Gratings
- F-P: noise
- Noise
- F-P: saturation
- Saturation
- F-P: sensitivity
- Sensitivity
- F-P: wavelength scanning
- Prime Observing Modes
- Flat fielding
- AOTs and observing
- Gratings: light path
- Gratings
- Gratings: noise
- Detector Linearity and
- Gratings: saturation
- Saturation
- Gratings: wavelength scanning
- Gratings, Prime Observing Modes
- Ground calibration
- Overall Strategy
- Hysteresis
- AOTs and observing
- In flight
calibration
- Overall Strategy
- Interactive
Analysis
- Introduction
- Interactive Analysis
- Interactive Analysis
- Leakage
- Apertures: entrance optics , Leakage, AOTs and observing
- Limiting flux
- SWS
- Memory effects
- Prime Observing Modes, Memory effects, AOTs and observing , AOTs and observing
- Merging
- Apertures: entrance optics , Simultaneous Use of , AOTs and observing , Merging: simultaneous use
- Merging: example
- Merging: simultaneous use , Example of an , Example of an , Example of an
- Minimum observing time
- Restrictions
- Noise
- Grating Sections, Tracking Noise
- Noise
Equivalent Flux Density (NEFD)
- Grating Sections
- Observing modes
- Prime Observing Modes, Prime Observing Modes, SWS AOT Selection , AOTs and observing , Description
- Overheads
- AOTs and observing , Overheads, Merging: simultaneous use
- Pointing
- Apertures: entrance optics , Pointing
- Position of source
- Pointing
- Proposal planning
- The AOT Concept, AOTs and observing , Overheads, Recipes for the , Recipes for the , Merging: simultaneous use , Merging: simultaneous use
- Proposal planning:
parameters
- Observing Parameters AOT
- Proposal planning:
parameters
- Observing Parameters AOT
- Proposal planning: parameters
- Overheads, Recipes for the , Observing parameters AOT , Description, Observing Parameters AOT
- Proposal planning: recipe
- How to compute , How to compute , How to compute , How to compute
- Quick-Look Analysis
- Introduction, Real-Time Assessment and
- Radial velocity
- Rest Wavelengths, Recipes for the , Description, Description
- Real-Time
Assessment
- Introduction
- Real-Time Assessment (RTA)
- Real-Time Assessment and
- Reference wavelength
- Description
- SOTE
- SWS Observing Time
- Signal level unit
- Grating Sections
- Signal response
- Grating Sections
- Simultaneous use of
sections
- AOTs and observing
- Simultaneous use of sections
- Apertures: entrance optics , Simultaneous Use of , Merging: simultaneous use , Example of an , Example of an , Description
- Slewing
- Overheads
- Slit size
- Pointing
- Solar
system observation
- The AOT Concept
- Spatial raster
- Spatial Raster
- Spatial resolution
- Apertures: entrance optics , Grating Spectral Resolution
- Spectral profile
- Grating Spectral Resolution
- Spectral resolution
- Apertures: entrance optics , Apertures: entrance optics
- Spectral resolution:
medium
- Instrument Description
- Spectral resolution: high
- SWS, Instrument Description, Prime Observing Modes, Prime Observing Modes, Prime Observing Modes, SWS AOT Selection , Spectral Resolution, Description, Description
- Spectral resolution: low
- Prime Observing Modes, SWS AOT Selection , AOT SWS01: Low-Resolution , Description
- Spectral resolution: medium
- SWS, Prime Observing Modes, Grating Spectral Resolution, Description
- Spectral response
- Grating Spectral Response , Sensitivity
- Standard Product
Generation
- Introduction
- Standard Product Generation
- Standard Product Generation
- Straylight
- Gratings
- Target Dedicated Time
(TDT)
- Recipes for the
- Velocity resolution
- SWS, Instrument Description
- Wavelength band
- Instrument Description
- Wavelengths: radial velocity correction
- Rest Wavelengths
- Wavelengths: rest
- Rest Wavelengths
- Wavelengths: terrestrial
motion correction
- Recipes for the
- Wavelengths: terrestrial motion correction
- Rest Wavelengths
- Zodiacal background
- Diffuse Background Emission
SWS Consortium
Tue Jul 30 15:56:20 MET DST 1996