changeset
depolarization.rst : Minor spell check on Section 3.2
Wed, 26 Oct 2016 17:39:08 +0300
- author
- Michael Kottas <mike.kottas@gmail.com>
- date
- Wed, 26 Oct 2016 17:39:08 +0300
- changeset 78
- e33ec332b498
- parent 77
- 41bcdbc4191b
- child 79
- 99f25ea47505
- child 84
- 32068c9ff7c7
depolarization.rst : Minor spell check on Section 3.2
| docs/depolarization/depolarization.rst | file | annotate | diff | comparison | revisions |
--- a/docs/depolarization/depolarization.rst Tue Oct 25 13:34:38 2016 +0300 +++ b/docs/depolarization/depolarization.rst Wed Oct 26 17:39:08 2016 +0300 @@ -367,7 +367,7 @@ 3.2 Definition of new calibration configuration and product ----------------------------------------------------------- -In this section we will see how to set the polarization calibration parameters: the calibration constant (called :math:`\eta^*`*` in section 1.3) and the correction to calibration constant (called K in section 1.3). In order to provide such parameters you need to define a new system configuration to be used **ONLY** for calibration purposes. Such new configuration should include the polarization channels in the measurement configuration used for the calibration. Let's suppose we want to use the :math:`\Delta90` calibration method. +In this section we will see how to set the polarization calibration parameters: the calibration constant (called :math:`\eta^*` in section 1.3) and the correction to calibration constant (called K in section 1.3). In order to provide such parameters you need to define a new system configuration to be used **ONLY** for calibration purposes. Such new configuration should include the polarization channels in the measurement configuration used for the calibration. Let's suppose we want to use the :math:`\Delta90` calibration method. In this case we need to define a new configuration (called for example “depol_calibration”) as reported in the table 3.3. As you can see the configuration “depol\_calibration” includes 4 “new” channels. Actually the channels “532 cross +45 degrees” (channel ID=10) and “532 cross -45 degrees” (channel ID=12) refer to the same physical channel “532 cross” reported with channel ID=3 in table 3.2. Anyway we need to define two new channel IDs to identify the “532 cross” channel in the two polarization rotated configurations (+45 and -45 degrees) needed to apply the D90 calibration method. The same is true for the “532 parallel” channel. The polarization rotated channels should be labeled with the corresponding signal type as reported in table 3.3 (see figure 3.1).
