phase2:different_scenarios
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| phase2:different_scenarios [2015/01/27 16:57] – cgalloni | phase2:different_scenarios [2015/01/27 17:01] – cgalloni | ||
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| We use different scenarios: | We use different scenarios: | ||
| - | TP- Technical Proposal: 4 Layers for the BP with pixel with the same resolution as the Run I in Phase I (13 um x 28 um); sensor: 100 um x 150 um, thickness T=0.3 mm ; innermost layer at 3 cm from the beampipe and the outermost layer 16.1 cm. | + | * TP- Technical Proposal: 4 Layers for the BP with pixel with the same resolution as the Run I in Phase I (13 um x 28 um); sensor: 100 um x 150 um, thickness T=0.3 mm ; innermost layer at 3 cm from the beampipe and the outermost layer 16.1 cm. |
| - | TP with outer layer at 18.8 cm. | + | * TP with outer layer at 18.8 cm. |
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| + | * TP but one layer (the 3rd one at radius=10.9 cm) removed. | ||
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| + | * TP with better resolution (7um x 15 um) sensors in first layer. | ||
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| + | * TP with better resolution (7um x 15 um) sensors in first layer (sensor thickness = 0.225 in the first Layer). [ If the pixel size is decrezed 75 um x 100 um, to have the same charge sharing between pixel that we have in the Run I, the thickness shoud be reduced] | ||
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| + | * TP with better resolution (7um x 15 um) sensors in first layer, increasing material of the first layer [ the better resolution pixel has an area that is half compared to the Run I pixel. So in the same detector there will be a double number of pixel and an increase of the material, especially for the read-out]. | ||
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| + | * TP with better resolution (7um x 15 um) sensors in all 4 layers, (pixel thickness =0.225 in all Layers). | ||
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| + | * TP with better resolution (7um x 15 um) sensors in all 4 layers, increasing material in all layers. | ||
| - | TP but one layer (the 3rd one at radius=10.9 cm) removed. | + | |
| + | * Strawman5 configuration is expalind in [[https:// | ||
| - | TP with better resolution (7um x 15 um) sensors in first layer. | + | * Strawman5, |
| - | TP with better resolution (7um x 15 um) sensors in first layer (sensor | + | * Strawman5, |
| + | |||
| + | * TP with the number of pixels quadrupled. [Just to test] | ||
| - | TP with better resolution (7um x 15 um) sensors | + | The results are reported |
| - | + | ||
| - | TP with better resolution (7um x 15 um) sensors in all 4 layers, (pixel thickness =0.225 in all Layers). | + | |
| - | + | ||
| - | TP with better resolution (7um x 15 um) sensors in all 4 layers, increasing material in all layers. | + | |
| - | + | ||
| - | Strawman5 configuration is expalind in | + | |
| - | [[https://test-lantonel-tklayout.web.cern.ch/test-lantonel-tklayout/Strawman_5/indexpixel.html]] | + | |
| - | (with material changes in the tracker, and the reference | + | |
| - | + | ||
| - | + | ||
| - | Strawman5, with better resolution (7um x 15 um) sensors in 2 innermost ( and extension ) layers, Phase I resolution (13 um x 28 um) sensors in 2 layers. | + | |
| - | Strawman5, with better resolution (7um x 15 um) sensors in 2 innermost ( and extension ) layers, Phase I resolution (13 um x 28 um) sensors in 2 layers, (pixel thickness =0.225 in 2 layers). | + | |
| - | + | ||
| - | TP with the number of pixels quadrupled. [Just to test] | + | |
phase2/different_scenarios.txt · Last modified: 2015/01/27 17:23 by dsalerno
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