| Pilot physics run: physics aim 43 x 43 bunches; maximum 156 x 156 bunches. | |
| Intermediate physics run: physics aim 75 ns bunch spacing; possible initial physics aim 96 x 96 bunches (bunch intensity 1 x 1010), maximum aim 936 x 936 bunches (maximum 9 x 1010). |
Phase B.1 | Injection of 75 ns train: ... |
Phase B.2 | System commissioning: RF, BI ... |
Phase B.3 | Commission reduced crossing angle: ... |
| Phase B.4 | Full 75 ns injection scheme: (234 334 334 334) ... |
| Phase B.5 | Ramp 75 ns train: ... |
| Phase B.6 | Squeeze 75 ns train |
| Phase B.7 | Collide 75 ns train |
| Phase B.8 | Increase intensity: 936 bunches with 4 x 1010 |
| Phase B.9 | Luminosity production with 75 ns |
| First turn: injection commissioning; threading, commissioning beam instrumentation. Ring 1, ring 2. | |
| Circulating pilot: establish circulating beam, closed orbit, tunes, RF capture, ... | |
| 450 GeV initial commissioning: system commissioning: instrumentation, beam dump,... | |
| Phase A.4 | 450 GeV optics: beta beating, dispersion, coupling, non-linear field quality, aperture,... |
| Phase A.5 | 450 GeV, increasing intensity: prepare the LHC for unsafe beam |
| Phase A.6 | 450 GeV, two beam operation |
| Phase A.7 | 450 GeV, collisions |
| Phase A.8 | Snap-back and ramp: single beam/two beams |
| Phase A.9 | Top energy checks |
| Phase A.10 | Top energy, collisions |
| Phase A.11 | Squeeze: Commission the betatron squeeze in all IP's |
| Phase A.12 | Beam commissioning with experimental magnets |
adolfocanals@educ.ar
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