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Size: 891
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Size: 892
Comment:
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| Deletions are marked like this. | Additions are marked like this. |
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| 2. Define the optical design of periscope | * Define the optical design of periscope |
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| 3.Development of periscope | *Development of periscope |
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| 4.Decision of PCAL design | *Decision of PCAL design |
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| 5. Decision of window specification | *Decision of window specification |
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| Line 21: | Line 23: |
Milestone
Development phase of Pcal
- Estimate the laser position due to minimal elastic deformation
- Define the optical design of periscope
- Define the diameters of mirrors for periscope
- CAD drawing(step file)
- Beam simulation using ZEMAX
- Scattering simulation using Light Tools
- Decision of mirrors(Thorlabs)
- Decision of final design of periscope
- Development of periscope
- Vacuum test in KEK (outgas; need Baking?)
- Optical test using low class laser
- Decision of PCAL design
- KAGRA Pcal emitter design (Discussion with Prof.Rick)
- KAGRA Pcal receiver design (Discussion with Prof.Rick)
- Simulation of end to end optical path
- Decision of window specification
- Decision of Periscope installation
- Copy from Gold standard to Working standard for KAGRA
- Make optical table for integrating sphere calibration in Toyama uni.