i. Project Summary
ii. Status of Collaboration
iii. Summary of future goals for the collaboration
iv. Recruitment situation and plans, financial situation, main milestones
v. Payments for V3 model of stages 1 and 2 including designers
i. Review of actions from last meeting
ii. Objectives for the workshop
iii. Milestones for the project at CERN
i. Neon, Argon and Nitrogen gas jet formation:
- Measured density
- Measured dimensions
- Comparison of measured vs predicted
- Estimation of integration time to work as an overlap instrument
- Estimation of integration time to work as a profile monitort
- ...
i. Experiment performed
ii. Data obtained
iii. Obstacles (synchrotron radiation, scattered particles)
i. Measurements with Argon
ii. Up-date table of gas yields comparison
i. Schedule for the HEL test stand
ii. HEL test stand parameters
iii. Update on HEL and parameters, including e-beam diameter
iv. Estimation possible on integration time
i. Intro to the BGV working principle
ii. How gas jet technology could help – required profile and density of gas jet
iii. Next steps for development, verification.
Stage 1
- Minimisation work, design and integration
- Technical issues of blackening – baseline for the V3.
- Nozzle chamber simplification
- Integration and space availability
- Next nozzles - CD Nozzle & alternatives
- HEL test stand
- LHC HEl (inner / outer beam)
i. Status and verification of new mechanical design.
ii. Vacuum pumps and gauges. Requirements, proposals, control system, cabling,
iii. Tests performed
i. Milestones
ii. To-do list (infrastructure requirements, cabling, gas piping)
iii. Engineering change requests with agreement on impedance, safety, aperture, vacuum
i. Possible interest in using a N2 gas jet
ii. Possible experiments in 2019
