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Enhancing Particle Detector Performance: Analysis of Detection Efficiency and Spatial Resolution

This analytical study investigates the detection efficiency and spatial resolution of a particle detector system, focusing on factors such as drift length, GEM high voltage, incident angle, and beam rate. The analysis procedure and fitting options are detailed, with insights on improving detection performance. This research forms the basis of a comprehensive master thesis examining rise time and detection efficiency trends for various detector settings.

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Enhancing Particle Detector Performance: Analysis of Detection Efficiency and Spatial Resolution

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  1. Bi-Weekly Meeting2004/09/08Susumu Oda Analysis Procedure Detection Efficiency Spatial Resolution Rise Time Master Thesis 1/9

  2. 1. Analysis Procedure 2/9

  3. Fitting Option Dependence 1. R RL RLW RW

  4. Fitting Option Dependence 2. R RL RLW RW

  5. 2. Detection Efficiency 3/9

  6. 3. Spatial Resolution • 3-a. Drift Length Dependence • 3-b. GEM High Voltage Dependence • 3-c. Drift High Voltage Dependence • 3-d. Beam Rate Dependence • 3-e. Incident Angle Dependence 4/9

  7. 3-a. Drift Length Dependence 5/9

  8. 3-b. GEM High Voltage Dependence

  9. 3-d. Beam Rate Dependence

  10. 3-e. Incident Angle Dependence

  11. 4. Master Thesis 6/9

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