software:g4simulation:studies
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| software:g4simulation:studies [2020/05/12 08:11] – himuser | software:g4simulation:studies [2022/01/14 18:44] (current) – external edit 127.0.0.1 | ||
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| Some simulation studies have already been conducted.\\ | Some simulation studies have already been conducted.\\ | ||
| - | The effect of different cooling types and thicknesses on the **relative energy resolution** can be seen here: | + | **Relative Energy Resolution: |
| + | The effect of different cooling types and thicknesses on the relative energy resolution can be seen here: | ||
| * [[software: | * [[software: | ||
| - | * cooling plate thickness LINK!!! | + | * [[software: |
| - | The relative energy resolution for every crystal is obtained by filling a histogram for every crystal and plotting the novosibirsk function. See ''/ | + | The simulated data can be found here [[https:// |
| - | When the rootmacro is executed, a .txt file is produced, where the energy resolution for every crystal is stored. For visualisation purposes, a python script was written (LINK!!!).\\ | + | The relative energy resolution for every crystal is obtained by filling a histogram for every crystal and plotting the novosibirsk function. See ''/ |
| + | When the rootmacro is executed, a .txt file is produced, where the energy resolution for every crystal is stored. For visualisation purposes, a python script was written (''/ | ||
| - | The **acceptance** for different incoming particle energies with different thresholds was studied. | + | **Acceptance:**\\ |
| + | The acceptance | ||
| Therefore the rootmacro ''/ | Therefore the rootmacro ''/ | ||
software/g4simulation/studies.1589271085.txt.gz · Last modified: 2022/01/14 18:44 (external edit)