Plot ? |
Symb ? |
Source * |
Average ? |
Thresholds ? |
N_ data |
QC1 parameter |
Data downloads |
Remarks |
method |
value |
unit |
method |
value |
1 |
| QC1DB |
MEDIAN |
8.93865 |
microns |
VAL | 8.839,9.039 |
59 |
ArIII_r1 |
this |
last_yr |
all
|
ArIII_R1 |
2 |
| QC1DB |
MEDIAN |
10.489 |
microns |
VAL | 10.389,10.589 |
59 |
SIV_r1 |
this |
last_yr |
all
|
SIV_R1 |
3 |
| QC1DB |
MEDIAN |
12.7203 |
microns |
VAL | 12.62,12.82 |
59 |
NeII_r1 |
this |
last_yr |
all
|
NeII_R1 |
4 |
| QC1DB |
MEDIAN |
8.93865 |
microns |
VAL | 8.839,9.039 |
59 |
ArIII_r4 |
this |
last_yr |
all
|
ArIII_R4 |
5 |
| QC1DB |
MEDIAN |
10.489 |
microns |
VAL | 10.389,10.589 |
59 |
SIV_r4 |
this |
last_yr |
all
|
SIV_R4 |
6 |
| QC1DB |
MEDIAN |
12.7203 |
microns |
VAL | 12.62,12.82 |
59 |
NeII_r4 |
this |
last_yr |
all
|
NeII_R4 |
7 |
| QC1DB |
MEDIAN |
8.95597 |
microns |
VAL | 8.931,8.981 |
60 |
ArIII_r1 |
this |
last_yr |
all
|
ArIII_R1 |
8 |
| QC1DB |
MEDIAN |
10.4428 |
microns |
VAL | 10.418,10.468 |
60 |
SIV_r1 |
this |
last_yr |
all
|
SIV_R1 |
9 |
| QC1DB |
MEDIAN |
12.8407 |
microns |
VAL | 12.816,12.866 |
60 |
NeII_r1 |
this |
last_yr |
all
|
NeII_R1 |
10 |
| QC1DB |
MEDIAN |
9.0256 |
microns |
VAL | 9.0006,9.0506 |
60 |
ArIII_r4 |
this |
last_yr |
all
|
ArIII_R4 |
11 |
| QC1DB |
MEDIAN |
10.489 |
microns |
VAL | 10.464,10.514 |
60 |
SIV_r4 |
this |
last_yr |
all
|
SIV_R4 |
12 |
| QC1DB |
MEDIAN |
12.8868 |
microns |
VAL | 12.862,12.912 |
60 |
NeII_r4 |
this |
last_yr |
all
|
NeII_R4 |
|
*Data sources: QC1DB: QC1 database; LOCAL: local text file
|
Plot 1 | data source: | midi_wave (QC1 database) |
dataset: | ArIII_r1 | |
median: | 8.93865 | microns |
fixed thresholds: | 8.839...9.039 | microns |
N_data plotted: | 59 |
[click on plot for closeup] |
Plot 2 | data source: | midi_wave (QC1 database) |
dataset: | SIV_r1 | |
median: | 10.489 | microns |
fixed thresholds: | 10.389...10.589 | microns |
N_data plotted: | 59 |
[click on plot for closeup] |
Plot 3 | data source: | midi_wave (QC1 database) |
dataset: | NeII_r1 | |
median: | 12.7203 | microns |
fixed thresholds: | 12.62...12.82 | microns |
N_data plotted: | 59 |
[click on plot for closeup] |
Plot 4 | data source: | midi_wave (QC1 database) |
dataset: | ArIII_r4 | |
median: | 8.93865 | microns |
fixed thresholds: | 8.839...9.039 | microns |
N_data plotted: | 59 |
[click on plot for closeup] |
Plot 5 | data source: | midi_wave (QC1 database) |
dataset: | SIV_r4 | |
median: | 10.489 | microns |
fixed thresholds: | 10.389...10.589 | microns |
N_data plotted: | 59 |
[click on plot for closeup] |
Plot 6 | data source: | midi_wave (QC1 database) |
dataset: | NeII_r4 | |
median: | 12.7203 | microns |
fixed thresholds: | 12.62...12.82 | microns |
N_data plotted: | 59 |
[click on plot for closeup] |
Plot 7 | data source: | midi_wave (QC1 database) |
dataset: | ArIII_r1 | |
median: | 8.95597 | microns |
fixed thresholds: | 8.931...8.981 | microns |
N_data plotted: | 60 |
[click on plot for closeup] |
Plot 8 | data source: | midi_wave (QC1 database) |
dataset: | SIV_r1 | |
median: | 10.4428 | microns |
fixed thresholds: | 10.418...10.468 | microns |
N_data plotted: | 60 |
[click on plot for closeup] |
Plot 9 | data source: | midi_wave (QC1 database) |
dataset: | NeII_r1 | |
median: | 12.8407 | microns |
fixed thresholds: | 12.816...12.866 | microns |
N_data plotted: | 60 |
[click on plot for closeup] |
Plot 10 | data source: | midi_wave (QC1 database) |
dataset: | ArIII_r4 | |
median: | 9.0256 | microns |
fixed thresholds: | 9.0006...9.0506 | microns |
N_data plotted: | 60 |
[click on plot for closeup] |
Plot 11 | data source: | midi_wave (QC1 database) |
dataset: | SIV_r4 | |
median: | 10.489 | microns |
fixed thresholds: | 10.464...10.514 | microns |
N_data plotted: | 60 |
[click on plot for closeup] |
Plot 12 | data source: | midi_wave (QC1 database) |
dataset: | NeII_r4 | |
median: | 12.8868 | microns |
fixed thresholds: | 12.862...12.912 | microns |
N_data plotted: | 60 |
[click on plot for closeup] |
This plot
The wavelength day calibration consists in using the MIDI heated
blackscreen and taking 3 exposures through different narrow-band
filters [NeII], [SIV] and [ArIII] (having central wavelengths
accurately measured in the laboratory by the manufacturer). An extra
exposure is taken through a polycarbonic foil that has several
absorption lines in its N-band spectrum. Exposures without filters and
with closed shutter are also taken to process the exposures with
filters. From the spectra obtained through the filters a fit of the
lambda(X) function is performed. The procedure is performed for each
setup (PRISM or GRISM, and SCI_PHOT or HIGH_SENS). The MIDI HIGH_SENS mode
uses 2 windows on the detector (R1 and R2). The MIDI SCI_PHOT mode uses 4
windows (R1 to R4)
We monitor here the stability of the dispersion by plotting the
wavelength of a spectral channel given by the lambda(X) function
computed by the reduction of the calibration data. The selected
spectral channels corresponds to the expected central wavelength of the
three narrow-band filters.
General information
Click on any of the plots to see a close-up version.
The latest date is indicated on top of the plot, data points belonging to that date are specially marked.
If configured,
- statistical averages are indicated by a solid line, and thresholds by broken lines
- outliers are marked by a red asterisk. They are defined as data points outside the
threshold lines
- "aliens" (= data points outside the plot Y limits) are marked by a red arrow (↑ or ↓)
- you can download the data for each parameter set if the 'Data downloads' link shows up
|