comparison: docs/depolarization/depolarization.rst
docs/depolarization/depolarization.rst
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| 330 We assume there are 2 system configurations called “nighttime” and “daytime”. The nighttime configuration contains all the available lidar channels (in order to calculate, for example, the aerosol extinction at 355 and 532nm and the aerosol backscatter at 355, 532 and 1064nm) while in daytime conditions only elastic channels are used (only elastic backscatter coefficients are generated). | 330 We assume there are 2 system configurations called “nighttime” and “daytime”. The nighttime configuration contains all the available lidar channels (in order to calculate, for example, the aerosol extinction at 355 and 532nm and the aerosol backscatter at 355, 532 and 1064nm) while in daytime conditions only elastic channels are used (only elastic backscatter coefficients are generated). |
| 331 | 331 |
| 332 To make these settings working with SCC v4.0 it is needed to modify :underline:ONLY` the products properties involving the polarization channels (532 cross and parallel). All the products not involving the polarization channels :underline:`DO NOT` need any modification and should work in the SCC v4.0 exactly as they did in SCC v3.11. In the example above the aerosol extinction and backscatter coefficient at 355nm, the extinction at 532nm as well as the backscatter coefficient at 1064nm do not required any | 332 To make these settings working with SCC v4.0 it is needed to modify :underline:ONLY` the products properties involving the polarization channels (532 cross and parallel). All the products not involving the polarization channels :underline:`DO NOT` need any modification and should work in the SCC v4.0 exactly as they did in SCC v3.11. In the example above the aerosol extinction and backscatter coefficient at 355nm, the extinction at 532nm as well as the backscatter coefficient at 1064nm do not required any |
| 333 modification. Let's focus on the modifications needed for the calculation of backscatter at 532nm. | 333 modification. Let's focus on the modifications needed for the calculation of backscatter at 532nm. |
| 334 | 334 |
| 335 .. figure:: ../media/figure3.1.png | 335 .. figure:: media/figure3.1.png |
| 336 :height: 369 | 336 :height: 369 |
| 337 :width: 1037 | 337 :width: 1037 |
| 338 :scale: 100 % | 338 :scale: 100 % |
| 339 :align: center | 339 :align: center |
| 340 | 340 |
