| | 56 | * Laser |
| | 57 | * Input beam produced by HTL. Try to get OE to take a look and ask about progress with 3D simulations. |
| | 58 | * Capture |
| | 59 | * JPo: Will get different focal points for both solenoids and Gabor lens when using a beam with an energy spread. |
| | 60 | * JPas: will calculate electric field matrix for Gabor lens. |
| | 61 | * CW: more work on electric field modelling. Looking at breakdown, current design should be resistant. |
| | 62 | * CW: differential pumping calculations updated now have 3 orders of magnitude pressure drop. Need to get input from the laser guys. |
| | 63 | * CW to circulate document. |
| | 64 | * Beam transport |
| | 65 | * JPas has updated the stage 1 lattice. |
| | 66 | * Simulation files have been updated to include 5cm without space charge and 5cm with space charge and then run in BDSIM and GPT. |
| | 67 | * Rebunching cavities for stage 1: |
| | 68 | * 1st cavity is for phase rotation. |
| | 69 | * Collimator between lenses 3 and 4. |
| | 70 | * 2nd is for rebunching after lens 4. (to rotate and shorten bunch). |
| | 71 | * R&D plan due in 2 weeks. AK will circulate the Initial draft. |
| | 72 | |
| | 73 | |
