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Evaluation and Profiling of Capillary Tubes: Optical Mixing and Radiation Damage Analysis

This study investigates the performance of EJ309 capillary tubes in terms of optical mixing, light transmission, and wave shifting effects. By comparing EJ309 capillary tubes filled with water and air versus those made from fiber and quartz, we assess the impact of radiation damage on transmission efficiency. Utilizing advanced tools such as an optical box, CCD camera, and MatLab for data analysis, we aim to clarify the differences in performance between good versus bad mixing within the tubes, highlighting the importance of capillary evaluation for various applications.

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Evaluation and Profiling of Capillary Tubes: Optical Mixing and Radiation Damage Analysis

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  1. CMS UpgradeCapillary Tube Profiling

  2. Capillary Tubes Evaluation • Radiation damage • Transmission • Mixing • Scintillating Water/ Air Fiber Quartz Tube EJ309

  3. Capillary Tubes Evaluation • EJ309 was hopeful option Water/ Air Fiber Quartz Tube EJ309

  4. Capillary Tubes Evaluation • Optical mixing How to test? • Light Transmission • Wave shifting Optical Box CCD camera MatLab

  5. Water and Fiber Evaluation • Good versus bad mixing

  6. Capillary, Water + Fiber

  7. Profiling

  8. Activating along the length of the capillary tube

  9. Capillary, Water + Fiber

  10. Capillary, E309

  11. Comparison of EJ309 (top) VS Fiber in water

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