o Review current beam status and issues
o Review current hardware issues
o Propose possible mitigation measures
o Define a strategy to have an operational MTE
• Performance and reasons to stop normal operation with MTE
• Issues encountered (controls, instrumentation, kickers)
• Next steps
• Requirements for completing the commissioning in 2010 (instrumentation, controls, OP support, time required in dedicated mode)
• Optics of the extraction line
• Impact of MTE-related studies on other operational beams
• Status of setting up after the first operational period
• Things to be re-done
• Status of the transfer line
• Requirements for operation of Fixed-Target/CNGS with MTE
• Status of setting up after the first operational period
• Things to be re-done
• Status of the transfer line
• Requirements for operation of Fixed-Target/CNGS with MTE
• Status of ring (septum excluded) after MTE operation
• Septum activation
• TT10 hot spot
• Linac 3 area
• CT vs. MTE in terms of losses
• Requirements for running with MTE
• Long term requirements in case of MTE running: shielding on top of SMH16, barracks in the ring center
• Status of beam current transformers
• TT2 couplers: what is needed to make them operational
• Status of new wire scanners
• Status of LHC BLMs: actual and expected performance
• Aperture and strength margins for SEH31
• Performance of BFAs – pedestal and staircases - (strength and PPM capabilities)
• Aperture margins for SMH16
• Issues with MTE kickers (sparking). Fancy operation: change of polarities
• Limitations in case of test for new extraction schemes in combination with CT operation
• Performance of DFA in TT2 (ppm)
• Spare policy of SMH16 with MTE
• Spare policy of SEH31 with MTE hybrid
