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| projects:pristine [2026/01/31 20:23] – ayush | projects:pristine [2026/06/03 17:30] (current) – ayush |
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| <TEXT align="center">**Figure 1:** Radar reflectivity for the selected test case (date - 21.12.2018, time - 0700 am, location - Jülich), source: [[https://www.meteo.physik.uni-muenchen.de/]] .</TEXT> | <WRAP tablewidth 70% center>**Figure 1:** Radar reflectivity for the selected test case (date - 21.12.2018, time - 0700 am, location - Jülich), source: [[https://www.meteo.physik.uni-muenchen.de/]] .</WRAP> |
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| <TEXT align="center">**Figure 2a:** Variation of $Zdr$ (Differential reflectivity) with canting angle $\beta$. | <WRAP tablewidth 60% center>**Figure 2a:** Variation of $Zdr$ (Differential reflectivity) with canting angle $\beta$. |
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| <TEXT align="center">**Figure 2b:** Variation of $K_{\text{DP}}$ (Specific Differential Phase) with Diameter of snow particles. | <WRAP tablewidth 60% center>**Figure 2b:** Variation of $K_{\text{DP}}$ (Specific Differential Phase) with Diameter of snow particles. |
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| Figure 2b shows that $K_{\text{DP}}$ (specific differential phase) increases slightly with $D_{\text{max}}$, though overall values are very small (on the order of $10^{-10}$ $^\circ/\,\text{km}$). Figure 2c shows the increasing of reflectivity as the size increases, which is expected. We are processing the simulations for thousands of particles present in the clouds and a robust statistics to be formed out of those simulations. | Figure 2b shows that $K_{\text{DP}}$ (specific differential phase) increases slightly with $D_{\text{max}}$, though overall values are very small (on the order of $10^{-10}$ $^\circ/\,\text{km}$). Figure 2c shows the increasing of reflectivity as the size increases, which is expected. We are processing the simulations for thousands of particles present in the clouds and a robust statistics to be formed out of those simulations. |
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| <TEXT align="center">**Figure 2c:** Variation of Reflectivity ($\text{dB}$) with size. | <WRAP tablewidth 60% center>**Figure 2c:** Variation of Reflectivity ($\text{dB}$) with size. |
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| The scattering dataset and ARO dataset are being produced for thousands of particles and are being provided to our DWD partners for further implementation to EMVORADO. | The scattering dataset and ARO dataset are being produced for thousands of particles and are being provided to our DWD partners for further implementation to EMVORADO. |
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| <TEXT align="center">**Figure 2:** Variation of geometrical aspect respect ratio with size for different dendrite shapes.</TEXT> | <WRAP tablewidth 60% center>**Figure 2:** Variation of geometrical aspect respect ratio with size for different dendrite shapes.</WRAP> |
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