next up previous contents
Up: sws_hb Previous: Bibliography


Index

A-D conversion
2.4.2 Processes in the
AAR
1.3 How to Contact | 2.1 General Introduction to | 3.2 AOT Overview | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 4.5.1 Grating | 5.1 Introduction | 5.3.1 Detector noise & | 5.9.3 Reproducibility | 7.1 Introduction | 7.1 Introduction | 7.2.8.1 Glitch detection in | 7.2.10 Conversion to voltages | 7.2.11 Assigning wavelengths | 7.2.11.1 Grating wavelengths | no title | 7.3.5.2 Photometric check | 7.3.6 Velocity correction | 7.3.7 Output table files | 7.4 Error Propagation in | 7.4.4.4 Flux conversion error | 7.4.4.4 Flux conversion error | 7.5 SWS Pipeline Software | 7.5.1 Implementation of the | no title | 8.6.1 Introduction | 9.2 Memory Effects | 9.2 Memory Effects | 9.2.2 Memory effects in | 9.2.2 Memory effects in | 9.5 The Influence of | 9.7 Fringes and Baseline | 9.7 Fringes and Baseline | A.1 Introduction
AC filter
2.4.1 Design of the | 2.4.1 Design of the | 2.4.2 Processes in the | A.5.2 SWS Cal-G 2
ACCOR
7.2.5 Correction of the
ANTIMEM
7.3.2 Transient correction
AOT
2.1 General Introduction to | 3.1 Introduction | 3.2 AOT Overview | 7.2 From ERD to | 7.2.12 Writing the data | 7.3 From SPD to | 7.3.1 Reading data from | D. List of Acronyms
AOTVERS
A.2.1.1 Headers | A.3.1.1 Headers
aperture
2.3 The Wavelength Range | 2.3 The Wavelength Range | 3.2 AOT Overview | 3.3 SWS01 - Full | 3.5 SWS06 - Wavelength | 8.2.2 Entrance apertures and | A.5.19 SWS Cal-G 16A
1
3.6 SWS07 - Fabry-Pérot | A.3.1.3 Status Word (SWSPSTAT
2
3.6 SWS07 - Fabry-Pérot | A.3.1.3 Status Word (SWSPSTAT
3
2.3 The Wavelength Range | 3.6 SWS07 - Fabry-Pérot | A.3.1.3 Status Word (SWSPSTAT
4
2.3 The Wavelength Range | 3.6 SWS07 - Fabry-Pérot | 8.2.1 Entrance aperture optics
entrance
2.2 Instrument Design | 8.2 Entrance Apertures and
ATTDEC
A.2.1.1 Headers | A.3.1.1 Headers
ATTERROR
A.2.1.1 Headers | A.3.1.1 Headers
ATTGUIDE
A.2.1.1 Headers | A.3.1.1 Headers
ATTOTFTH
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
ATTRA
A.2.1.1 Headers | A.3.1.1 Headers
ATTSAANG
A.2.1.1 Headers | A.3.1.1 Headers
ATTTYPE
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
ATTUTCS
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
ATTUTCSL
A.2.1.1 Headers | A.3.1.1 Headers
Auto-Analysis
7.1 Introduction | 7.3 From SPD to
band
2.3 The Wavelength Range | 2.3 The Wavelength Range | 3.5 SWS06 - Wavelength | 7.3.4 Responsivity calibration | A.5.16 SWS Cal-G 13 | A.5.29 SWS Cal-G 24
1
3.7 SWS99 - Post-Helium | 5.4.5.2 Fringing | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.5 Detector Response to | 5.9.1.3 Internal calibration | 7.3.5.2 Photometric check | 9.2 Memory Effects
2
4.5.1.1 Resolution and instrumental | 5.4.5.1 Residues of artifacts | 5.4.5.2 Fringing | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.5 Detector Response to | 7.3.5.2 Photometric check | 8.6.4 Signal modulation on | 9.2 Memory Effects
3
3.2 AOT Overview | 4.5.1.1 Resolution and instrumental | 5.3.1 Detector noise & | 5.4.5.1 Residues of artifacts | 5.4.5.2 Fringing | 5.4.5.3 Wavelength regions showing | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.5 Detector Response to | 8.6.2 Pointing effects on | 8.6.4 Signal modulation on | 9.2 Memory Effects | 9.7 Fringes and Baseline
4
4.5.1.1 Resolution and instrumental | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.4.6 Overview of the | 5.5 Detector Response to | 7.3.5.2 Photometric check | 8.6.4 Signal modulation on | 9.2 Memory Effects
5
2.3 The Wavelength Range | 5.4.7 Fabry-Pérot RSRF | 5.4.7 Fabry-Pérot RSRF | 5.4.7 Fabry-Pérot RSRF | 5.4.7 Fabry-Pérot RSRF | 9.2 Memory Effects
6
2.3 The Wavelength Range | 5.4.7 Fabry-Pérot RSRF | 9.2 Memory Effects
beam
profile
8.4 The Beam Profile | 8.4 The Beam Profile | A.5.31 SWS Cal-G 35_xx | A.5.32 SWS Cal-G 36_xx
splitter
2.1 General Introduction to | 8.2.1 Entrance aperture optics
BIBIB
9.7 Fringes and Baseline
BITPIX
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
Cal-G
7.1 Introduction | 7.2 From ERD to | A.5 Calibration-G Files
1
7.2.7 Removal of electrical | A.5.1 SWS Cal-G 1
11
A.5 Calibration-G Files | A.5.13 SWS Cal-G 10 | A.5.14 SWS Cal-G 11
12
7.2.11.2 Fabry-Pérot wavelengths | A.5.15 SWS Cal-G 12
13
A.5 Calibration-G Files | A.5.16 SWS Cal-G 13
14
A.5.17 SWS Cal-G 14
15
A.5.18 SWS Cal-G 15
16A
7.2.11.1 Grating wavelengths | A.5.19 SWS Cal-G 16A
16B
7.2.11.1 Grating wavelengths | A.5.20 SWS Cal-G 16B
16C
7.2.11.1 Grating wavelengths | A.5.21 SWS Cal-G 16C
16D
A.5 Calibration-G Files | A.5.22 SWS Cal-G 16D
16E
A.5 Calibration-G Files | A.5.10 SWS Cal-G 8 | A.5.11 SWS Cal-G 8A | A.5.23 SWS Cal-G 16E
16ET
7.2.11.1 Grating wavelengths | A.5.10 SWS Cal-G 8 | A.5.11 SWS Cal-G 8A | A.5.23 SWS Cal-G 16E | A.5.24 SWS Cal-G 16ET
18
7.2.11.2 Fabry-Pérot wavelengths | A.5.25 SWS Cal-G 18
19
7.3.4 Responsivity calibration | A.5.26 SWS Cal-G 19
2
7.2.5 Correction of the | 7.2.5 Correction of the | A.5.2 SWS Cal-G 2
21_n
5.3.1 Detector noise & | A.5.27 SWS Cal-G 21_n
23
7.2.11.1 Grating wavelengths | A.5.28 SWS Cal-G 23 | A.5.29 SWS Cal-G 24
24
7.2.11.1 Grating wavelengths | A.5.29 SWS Cal-G 24
25_xx
5.2 Photometric Model | 7.3.4 Responsivity calibration | 7.4.4.1 Responsivity error | 7.4.4.1 Responsivity error | A.5.30 SWS Cal-G 25_xx
2A
7.2.3 Subtraction of the | A.5.3 SWS Cal-G 2A
2B
A.5 Calibration-G Files | A.5.4 SWS Cal-G 2B
3
7.2.4 Selection of valid | A.5.5 SWS Cal-G 3
35
5.9.1.6 Pointing
35_xx
8.4.2.1 Beam profiles | A.5.31 SWS Cal-G 35_xx
36_xx
8.4.2.1 Beam profiles | A.5.32 SWS Cal-G 36_xx
4
7.2.2 Determination of the | A.5.6 SWS Cal-G 4
40
A.5.33 SWS Cal-G 40
41
5.2 Photometric Model | 5.5 Detector Response to | 7.3.5.2 Photometric check | 7.3.5.2 Photometric check | A.5.34 SWS Cal-G 41
42
5.2 Photometric Model | 5.7 Signal to Flux | 7.3.5.3 Converting signal to | 7.4.4.4 Flux conversion error | A.5.16 SWS Cal-G 13 | A.5.35 SWS Cal-G 42
43
5.2 Photometric Model | 5.6 Grating Flat-fielding | 7.3.5.1 Flat-fielding | 7.3.5.1 Flat-fielding | 7.4.4.2 Flat-field error | A.5.36 SWS Cal-G 43
5
7.2.10 Conversion to voltages | A.5.7 SWS Cal-G 5
6
7.2.8.1 Glitch detection in | A.5.8 SWS Cal-G 6
7
A.5.9 SWS Cal-G 7
8
A.5 Calibration-G Files | A.5.10 SWS Cal-G 8
8A
A.5.11 SWS Cal-G 8A
9
A.5.12 SWS Cal-G 9
CALGVERS
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
calibration concerns
B. List of Calibration
CAM
1.1 Purpose
CINSTDEC
8.6.1 Introduction | A.3.1.1 Headers
CINSTRA
8.6.1 Introduction | A.3.1.1 Headers
CINSTROL
A.3.1.1 Headers
CINSTROLL
8.6.1 Introduction
COMMENT
A.3.2.1 Headers
compact status
A.2.2 Compact Status History
cross-talk
2.4.1 Design of the | 2.4.2 Processes in the | A.5.1 SWS Cal-G 1
CROSSCOR
7.2.7 Removal of electrical
CSGPFILL
A.2.2.2 Records
CSGPIKEN
A.2.2.2 Records
CSGPIKST
A.2.2.2 Records
CSGPOSN
A.2.2.2 Records
CSGPUKEN
A.2.2.2 Records
CSGPUKST
A.2.2.2 Records
CSGPUTEN
A.2.2.2 Records
CSGPUTST
A.2.2.2 Records
CSH
7.2.1 Reading the ERD | A.1 Introduction | D. List of Acronyms
CUS
2.1 General Introduction to | 3.1 Introduction | 3.7.2 Calibration observation | 6.3 Wavelength Calibration and
DAAR
7.1 Introduction | 7.3 From SPD to | 7.5 SWS Pipeline Software | A.5 Calibration-G Files | A.5.16 SWS Cal-G 13
DARK
7.3.3 Subtraction of dark
dark current
3.5 SWS06 - Wavelength
dark current
3.2 AOT Overview | 3.3 SWS01 - Full | 3.4 SWS02 - Line | 5.3.1 Detector noise & | 7.3.3 Subtraction of dark | 9.2 Memory Effects | A.3.1.3 Status Word (SWSPSTAT | A.5.27 SWS Cal-G 21_n
dark noise
5.3.1 Detector noise & | A.5.27 SWS Cal-G 21_n
DATE
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
de-biasing
2.4.2 Processes in the
DECODE_AA_ERROR
7.5.1 Implementation of the | 7.5.2 Decoding of error
Derive-AAR
see DAAR
Derive-SPD
see DSPD
detector
2.2 Instrument Design | 2.2 Instrument Design | 2.3 The Wavelength Range | 2.3 The Wavelength Range | 3.2 AOT Overview | 3.2 AOT Overview | 3.2 AOT Overview | 3.3 SWS01 - Full | 7.1 Introduction | 8.3.1 Detector fields of
array
2.1 General Introduction to
jumps
9.3 Detector Jumps
offset
A.5.20 SWS Cal-G 16B
particle impact
2.4.2 Processes in the
diffuse background
9.6 Diffuse Background Emission
dispersion
cross
8.3 Determination of Focal | 8.4.2.1 Beam profiles | 8.4.2.1 Beam profiles | 8.6.1 Introduction
in
8.4.2.1 Beam profiles | 8.4.2.1 Beam profiles | 8.6.1 Introduction
DRANGE
7.2.2 Determination of the
DSPD
7.1 Introduction | 7.2 From ERD to | 7.2.4 Selection of valid | 7.5 SWS Pipeline Software | 9.2.4 Glitch tails | A.5 Calibration-G Files | A.5.5 SWS Cal-G 3 | A.5.6 SWS Cal-G 4 | A.5.15 SWS Cal-G 12
dwell
3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.5 SWS06 - Wavelength | 3.6 SWS07 - Fabry-Pérot
DYNADARK
7.3.3.2 Dark currents in
EOHA
A.2.1.1 Headers | A.2.1.1 Headers | A.2.1.1 Headers | D. List of Acronyms
EOHAAOTN
3.1 Introduction | 7.3.1 Reading data from | A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
EOHACIND
A.2.1.1 Headers | A.3.1.1 Headers
EOHAOSN
A.2.1.1 Headers | A.3.1.1 Headers
EOHAPCAT
A.2.1.1 Headers | A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
EOHAPLID
A.2.1.1 Headers | A.3.1.1 Headers
EOHAPSN
A.2.1.1 Headers | A.3.1.1 Headers
EOHASCAT
A.2.1.1 Headers
EOHATTYP
A.2.1.1 Headers | A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
EOHAUTCE
A.2.1.1 Headers | A.3.1.1 Headers
EOHAUTCS
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
EOHI
7.2.1 Reading the ERD | D. List of Acronyms
EQUINOX
A.2.1.1 Headers | A.3.1.1 Headers
ERD
2.1 General Introduction to | 3.2 AOT Overview | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 7.1 Introduction | 7.1 Introduction | 7.1 Introduction | no title | 7.2 From ERD to | 7.2.1 Reading the ERD | 7.2.1 Reading the ERD | 7.2.1 Reading the ERD | 7.2.1 Reading the ERD | 7.2.8.1 Glitch detection in | 7.2.8.1 Glitch detection in | 7.2.11.1 Grating wavelengths | 7.2.12 Writing the data | 7.3.1 Reading data from | 7.5 SWS Pipeline Software | 8.6.1 Introduction | 9.2.4 Glitch tails | A.1 Introduction | A.2 Raw Data Files | A.2.1.1 Headers | A.2.1.2 Records | A.2.1.2 Records | A.2.2.1 Headers
EXTEND
A.2.1.1 Headers | A.3.2.1 Headers
extended sources
2.3 The Wavelength Range | 5.8 Surface Brightness Derivation | 9.4 Aperture Size
EXTRACT_AAR
7.3.7 Output table files
Fabry-Pérot
see FP
FILENAME
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
FILEVERS
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
filter
2.1 General Introduction to | 2.2 Instrument Design
flag
A.3.1.2 Records
flat-field
7.3.5.1 Flat-fielding
FLATGAIN
7.3.5.1 Flat-fielding
FP
2.1 General Introduction to | 3.2 AOT Overview | 3.6 SWS07 - Fabry-Pérot | 4.2.2 Fabry-Pérot | 4.4.2 Fabry-Pérot | A.5.15 SWS Cal-G 12
current
7.2.11.2 Fabry-Pérot wavelengths
diffraction
5.4.7.1 Diffraction losses
extended wavelength range
2.1 General Introduction to
gap
7.2.11.2 Fabry-Pérot wavelengths | A.5.15 SWS Cal-G 12 | A.5.25 SWS Cal-G 18
leakage
5.4.7.2 Leakage in the | 5.7.2 Photometric calibration accuracy
noise
4.5.2.2 Tracking noise
order
7.2.11.2 Fabry-Pérot wavelengths
position
7.2.11.2 Fabry-Pérot wavelengths | A.5.15 SWS Cal-G 12
scan
3.2 AOT Overview
wavelength
7.2.11.2 Fabry-Pérot wavelengths
FPG
8.3 Determination of Focal | 8.3 Determination of Focal
FRINGES
3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.5 SWS06 - Wavelength | 5.4.5.2 Fringing | 7.5 SWS Pipeline Software | 8.6.2 Pointing effects on | 9.7 Fringes and Baseline | 9.7 Fringes and Baseline
gain
2.4.2 Processes in the | 7.2.10 Conversion to voltages | A.2.2.2 Records | A.3.1.4 Flag Word (SWSPFLAG | A.5 Calibration-G Files | A.5.6 SWS Cal-G 4 | A.5.7 SWS Cal-G 5
GEHK
7.2.1 Reading the ERD
GLITCH
2.4.2 Processes in the | 7.2.8 Glitch detection | 7.2.8 Glitch detection | 7.4 Error Propagation in | 9.2.4 Glitch tails | A.3.1.4 Flag Word (SWSPFLAG | A.5.8 SWS Cal-G 6
GLNUMBER
A.3.2.2 Records
GPSCFILL
A.2.1.2 Records | A.3.1.2 Records
GPSCRPID
A.2.1.2 Records | A.2.1.2 Records | A.3.1.2 Records | A.4.1.2 Records
GPSCTKEY
A.2.1.2 Records | A.3.1.2 Records | A.3.2.2 Records
grating
2.1 General Introduction to | 2.2 Instrument Design | 2.2 Instrument Design | 3.2.2 Reference scans | 4.4.1 Grating
constant
4.2.1 Grating | A.5.21 SWS Cal-G 16C
order
7.2.11.1 Grating wavelengths
scan
3.2 AOT Overview | 3.2 AOT Overview
wavelength
7.2.11.1 Grating wavelengths
HEIGHT
A.3.2.2 Records
high pass filter
see AC filter
ICS
7.2.1 Reading the ERD
IDA
1.1 Purpose | A.1 Introduction | A.3.1 Standard Processed Data | A.4.1.1 Headers
IDPD
A.1 Introduction | A.5 Calibration-G Files | A.5 Calibration-G Files
ILT
4.1 Introduction
INSTDEC
A.3.1.1 Headers | A.3.1.1 Headers
INSTRA
A.3.1.1 Headers | A.3.1.1 Headers
INSTROLL
A.3.1.1 Headers | A.3.1.1 Headers
INSTRUME
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
instrumental profile
4.5 Instrumental Profile and
IRPH
7.2.1 Reading the ERD
ISAP
1.3 How to Contact | 9.7 Fringes and Baseline
ISO
2.1 General Introduction to
ISRNBTW
A.3.1.1 Headers
ISRNCVW
A.3.1.1 Headers
ISRNMVW
A.3.1.1 Headers
ISRNMW
A.3.1.1 Headers
ISRNOOHL
A.3.1.1 Headers
ISRNOOSL
A.3.1.1 Headers
ISRNSQLA
A.3.1.1 Headers
ISRQSEV
A.3.1.1 Headers
ISRRSEV
A.3.1.1 Headers
ISRRWARN
A.3.1.1 Headers
ITK
7.2.1 Reading the ERD | A.2.2.2 Records
JFET
2.4.1 Design of the
jitter
A.5.31 SWS Cal-G 35_xx
key wavelength
A.5.16 SWS Cal-G 13
key wavelength
A.5 Calibration-G Files | A.5.31 SWS Cal-G 35_xx | A.5.32 SWS Cal-G 36_xx
leakage
5.4.5.3 Wavelength regions showing
light path
2.2 Instrument Design | 2.2 Instrument Design
LVDT
3.2.1 Up-Down scans | 3.3 SWS01 - Full | 4.2.1 Grating | 7.2.11.1 Grating wavelengths | 8.6.1 Introduction | A.2.1.2 Records | A.2.1.2 Records | A.5 Calibration-G Files | D. List of Acronyms
LW section
7.2.12 Writing the data
LWS
1.1 Purpose
memory effects
2.4.2 Processes in the | 3.2 AOT Overview | 3.2.1 Up-Down scans | 3.2.1 Up-Down scans | 3.2.2 Reference scans | 5.2 Photometric Model | 5.3.1 Detector noise & | 5.9.1.4 Memory effects | 5.9.1.4 Memory effects | 7.3.5.2 Photometric check | 9.2 Memory Effects | 9.2.3 Reference scan memory | 9.2.4 Glitch tails
merging
3.2 AOT Overview | 8.2.1 Entrance aperture optics
MIDBIT
7.2.3 Subtraction of the | A.5.3 SWS Cal-G 2A
NAXIS
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
OBJECT
A.2.1.1 Headers | A.3.1.1 Headers
OBSERVER
A.2.1.1 Headers | A.3.1.1 Headers
observing modes
3.2 AOT Overview
offband
3.3 SWS01 - Full
OLP
1.2 Structure | 2.4.1 Design of the | 5.3.1 Detector noise & | 7.1 Introduction
OLPVERS
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
optical axis
4.2.1 Grating | 7.2.11.1 Grating wavelengths | A.5.19 SWS Cal-G 16A
optics
2.1 General Introduction to
ORIGIN
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
OSIA
1.3 How to Contact | 2.1 General Introduction to | 2.3 The Wavelength Range | 3.3 SWS01 - Full | 7.1 Introduction | 7.5 SWS Pipeline Software | 9.7 Fringes and Baseline
PHOT_BD*
7.3.5.2 Photometric check
PHOT_GAIN
7.3.5.2 Photometric check
photometric check
3.2 AOT Overview | 3.3 SWS01 - Full | 3.5 SWS06 - Wavelength | 7.3.5.2 Photometric check | A.3.1.3 Status Word (SWSPSTAT
PHT
1.1 Purpose
pipeline
2.1 General Introduction to | 7.1 Introduction
point sources
5.8 Surface Brightness Derivation
pointing
8.6 Pointing Effects | A.5.31 SWS Cal-G 35_xx
jitter
8.6.3 Pointing jitter induced
post-helium observations
2.1 General Introduction to | 3.7 SWS99 - Post-Helium
pre-amplifier
2.4.1 Design of the
pulse-shape
9.3 Detector Jumps | A.5.4 SWS Cal-G 2B
PULSE_SHAPE
7.2.6 Correction for the
PV
4.2.2 Fabry-Pérot
raster
A.2.1.1 Headers | A.3.1.2 Records | A.4.1.2 Records
RC
7.2.9.1 Slope fitting in
READ_FSPD
7.3.1 Reading data from
readouts
A.5.5 SWS Cal-G 3
reference scan
7.3 From SPD to
reference scan
3.2 AOT Overview | 3.2.2 Reference scans
reset interval
3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.5 SWS06 - Wavelength | 3.6 SWS07 - Fabry-Pérot | 5.3.1 Detector noise & | 7.2 From ERD to | 7.2.1 Reading the ERD | 7.2.8 Glitch detection | 7.2.12 Writing the data | A.2.2.2 Records | A.3.1.2 Records | A.3.1.3 Status Word (SWSPSTAT | A.5 Calibration-G Files | A.5.27 SWS Cal-G 21_n
reset-pulse
2.4.2 Processes in the | 2.4.2 Processes in the
RESP_INTER
7.5 SWS Pipeline Software
RESPCAL
7.5 SWS Pipeline Software
ripples
9.7 Fringes and Baseline
RSRF
5.1 Introduction | 5.4 The Relative Spectral | 7.4.4.1 Responsivity error | 9.7 Fringes and Baseline | A.5 Calibration-G Files | A.5.30 SWS Cal-G 25_xx
FP
5.4.7 Fabry-Pérot RSRF
SAMPLEE
A.3.2.2 Records
SAMPLES
A.3.2.2 Records
saturation
2.4.2 Processes in the
scanner
2.2 Instrument Design
SIGNAL2FLUX
7.3.5.3 Converting signal to
slit size
2.3 The Wavelength Range | 8.2.2 Entrance apertures and
SLOPE
7.1 Introduction | 7.2.9 Extraction of the | A.3.1.2 Records
SPD
2.1 General Introduction to | 3.2 AOT Overview | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 7.1 Introduction | 7.1 Introduction | no title | 7.2 From ERD to | 7.2.1 Reading the ERD | 7.2.8.1 Glitch detection in | 7.2.8.1 Glitch detection in | 7.2.8.1 Glitch detection in | 7.2.8.1 Glitch detection in | 7.2.10 Conversion to voltages | 7.2.10 Conversion to voltages | 7.2.11 Assigning wavelengths | 7.2.11.1 Grating wavelengths | 7.2.11.1 Grating wavelengths | 7.2.11.2 Fabry-Pérot wavelengths | 7.2.11.2 Fabry-Pérot wavelengths | 7.2.12 Writing the data | 7.2.12 Writing the data | 7.2.12 Writing the data | no title | no title | 7.3.5.2 Photometric check | 7.4.2 Slope error | 7.4.2 Slope error | 7.4.3.1 Standard dark current | 7.5 SWS Pipeline Software | 8.6.1 Introduction | 9.2 Memory Effects | 9.2 Memory Effects | 9.2.1.2 Detector constants | 9.2.4 Glitch tails | 9.2.4 Glitch tails | 9.3.1 Single detector jumps | 9.3.1 Single detector jumps | 9.5 The Influence of | 9.7 Fringes and Baseline | A.1 Introduction | A.3 First Stage of | no title | A.3.1.1 Headers | A.3.1.2 Records | A.4.1.2 Records
spectral order
4.2.1 Grating
spectral resolution
2.1 General Introduction to | 3.2 AOT Overview | 3.2 AOT Overview | 3.2 AOT Overview | 3.3 SWS01 - Full | 3.6 SWS07 - Fabry-Pérot | 4.4 Wavelength Calibration Accuracy | 4.5 Instrumental Profile and | 4.5.2.1 Spectral resolution | 8.3.1 Detector fields of | 8.6 Pointing Effects | A.5.26 SWS Cal-G 19
SPG
7.1 Introduction
SSO
A.2.1.2 Records
SSTA
A.2 Raw Data Files
ssta*.fits
A.2.2 Compact Status History
SSTACALS
A.2.2.2 Records
SSTAFPS
A.2.2.2 Records
SSTAGAIN
A.2.2.2 Records
SSTAHKMD
A.2.1.2 Records | A.2.2.2 Records
SSTARESP
A.2.2.2 Records
SSTASHUT
A.2.2.2 Records
SSTASPAR
A.2.2.2 Records
status
7.2.1 Reading the ERD | A.3.1.2 Records | A.3.1.2 Records | A.4.1.3 SWAALINE and SWAASCNT
STIMEDEP
A.5 Calibration-G Files | A.5.37 STIMEDEP Time Dependency
straylight
2.2 Instrument Design | 8.5 Straylight
SW section
7.2.12 Writing the data
SWAA
A.4 Second Stage of
swaa*.fits
A.4.1.1 Headers
SWAADETN
A.4.1.2 Records
SWAAFLAG
7.4 Error Propagation in | A.3.1.4 Flag Word (SWSPFLAG | A.4.1.2 Records | A.4.1.2 Records
SWAAFLUX
A.4.1.2 Records
SWAAITK
A.4.1.2 Records
SWAALINE
A.4.1.2 Records | A.4.1.2 Records | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT
SWAARPID
A.4.1.2 Records | A.4.1.2 Records
SWAASCNT
A.4.1.2 Records | A.4.1.2 Records | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT | A.4.1.3 SWAALINE and SWAASCNT
SWAASDIR
A.4.1.2 Records | A.4.1.2 Records
SWAASPAR
7.5.2 Decoding of error | 7.5.2 Decoding of error | A.4.1.2 Records
SWAASTAT
A.3.1.3 Status Word (SWSPSTAT | A.4.1.2 Records | A.4.1.2 Records
SWAASTDV
7.2.10 Conversion to voltages | 7.5.1 Implementation of the | A.4.1.2 Records
SWAATINT
7.2.8.1 Glitch detection in | 7.4 Error Propagation in | A.4.1.2 Records | A.4.1.2 Records
SWAAUTK
A.4.1.2 Records
SWAAWAVE
7.2.11 Assigning wavelengths | A.4.1.2 Records
SWER
A.2 Raw Data Files
swer*.fits
A.2.1 Edited Raw Data
SWERDR
A.2.1.2 Records | A.2.1.2 Records
SWEREXEC
A.2.1.2 Records | A.2.1.2 Records
SWERHK
A.2.1.2 Records | A.2.1.2 Records
SWERIRC
A.2.1.2 Records | A.2.1.2 Records | A.2.1.2 Records
SWERSLHK
A.2.1.2 Records | A.2.1.2 Records | A.2.1.2 Records
SWGH
7.2.8.1 Glitch detection in | 7.2.12 Writing the data | D. List of Acronyms
swgh*.fits
A.3.2 SWS Glitch History
SWS
1.1 Purpose | 2. Instrument overview | 2.1 General Introduction to | 2.2 Instrument Design
SWS01
2.1 General Introduction to | 3.2 AOT Overview | 3.2 AOT Overview | 3.2.1 Up-Down scans | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 4.5.1 Grating | 4.5.1.2 Resolution and instrumental | 7.2.8 Glitch detection | 7.2.8.2 Glitch detection and | 7.2.9.2 Slope fitting for | 7.3.4 Responsivity calibration | 7.4.3.1 Standard dark current | A.4.1.3 SWAALINE and SWAASCNT | A.5.26 SWS Cal-G 19 | A.5.33 SWS Cal-G 40
SWS02
2.1 General Introduction to | 3.2 AOT Overview | 3.2 AOT Overview | 3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 3.4 SWS02 - Line | 4.5.1 Grating | 7.2.8 Glitch detection | 8.3 Determination of Focal | A.4.1.3 SWAALINE and SWAASCNT
SWS06
2.1 General Introduction to | 3.2 AOT Overview | 3.2 AOT Overview | 3.2.2 Reference scans | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 3.5 SWS06 - Wavelength | 4.5.1 Grating | 7.2.8 Glitch detection | A.4.1.3 SWAALINE and SWAASCNT
SWS07
2.1 General Introduction to | 2.3 The Wavelength Range | 3.2 AOT Overview | 3.2 AOT Overview | 3.2.2 Reference scans | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 3.6 SWS07 - Fabry-Pérot | 4.5.1 Grating | 7.2.8 Glitch detection
SWS90-98
3.8 SWS90-SWS98 - Engineering
SWS99
3.7 SWS99 - Post-Helium | 3.7.1 The post-helium observation | 3.7.2 Calibration observation
swsp*.fits
A.3.1 Standard Processed Data
SWSPFCUR
7.2.11.2 Fabry-Pérot wavelengths | A.3.1.2 Records
SWSPFGAP
7.2.11.2 Fabry-Pérot wavelengths | A.3.1.2 Records
SWSPFLAG
7.4 Error Propagation in | A.3.1.2 Records | A.3.1.2 Records | A.3.1.4 Flag Word (SWSPFLAG | A.4.1.2 Records
SWSPFLUX
7.2.10 Conversion to voltages | A.3.1.2 Records
SWSPFPOS
7.2.11.2 Fabry-Pérot wavelengths | A.3.1.2 Records
SWSPGANG
7.2.11.1 Grating wavelengths | A.3.1.2 Records
SWSPGPOS
3.3 SWS01 - Full | 7.2.11.1 Grating wavelengths | A.3.1.2 Records
SWSPOFFS
7.2.8.1 Glitch detection in | A.3.1.2 Records
SWSPSTAT
A.3.1.2 Records | A.3.1.2 Records | A.3.1.3 Status Word (SWSPSTAT | A.4.1.2 Records
SWSPSTDV
7.2.10 Conversion to voltages | 7.5.1 Implementation of the | A.3.1.2 Records
SWSPWAVE
3.3 SWS01 - Full | 7.2.11 Assigning wavelengths | A.3.1.2 Records
TELESCOP
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
telescope area
A.5.22 SWS Cal-G 16D
time dependency
A.5.37 STIMEDEP Time Dependency
TMRATE
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
transient correction
7.3.2 Transient correction
transients
see memory effects
TREFCOR
A.2.1.1 Headers | A.3.1.1 Headers
TREFDOP
A.3.1.1 Headers
TREFHEL
A.3.1.1 Headers
TREFITK
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
TREFITKU
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
TREFPHA
A.2.1.1 Headers | A.3.1.1 Headers
TREFUTC
A.2.1.1 Headers | A.3.1.1 Headers
TREFUTK
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
up-down scan
3.2 AOT Overview | 3.2.1 Up-Down scans | A.4.1.3 SWAALINE and SWAASCNT
up-down scan
3.2 AOT Overview | 3.3 SWS01 - Full | 3.3 SWS01 - Full | 3.4 SWS02 - Line | 3.5 SWS06 - Wavelength | 9.2 Memory Effects | 9.3.2 Scan jumps | A.4.1.2 Records
USERNAME
A.2.1.1 Headers | A.3.1.1 Headers | A.3.2.1 Headers
UTC
A.2.2.2 Records
UTK
A.2.2.2 Records | D. List of Acronyms
VELCOR
7.3.6 Velocity correction
VERS
A.2.1.1 Headers | A.2.1.1 Headers | A.3.1.1 Headers
WAVE
7.2.11 Assigning wavelengths
WRITE_FITSTABLE
7.2.12 Writing the data
y-axis
8.2.2 Entrance apertures and | 8.3 Determination of Focal | 8.4.2.1 Beam profiles | 8.4.2.1 Beam profiles | 8.6 Pointing Effects
z-axis
8.2.2 Entrance apertures and | 8.3 Determination of Focal | 8.4.2.1 Beam profiles | 8.4.2.1 Beam profiles | 8.6 Pointing Effects
zodiacal background
9.6 Diffuse Background Emission


ISO Handbook Volume V (SWS), Version 2.0.1, SAI/2000-008/Dc