High accuracy continuous position determination of large accelerator components

Niobium micro-mechanical polishing for superconductive radio-frequency applications

Supplier capability assessment as a tool for product and process optimization

P6.07 : Cryogenic machining of component for radio frequency application

P6.08 : Surface integrity after EDM and qualification of damaged layer

P6.13 : Development of an Ultrasonic Vibration Cutting system for Stavax mould machining

P6.15 : Evaluation of computer-aided manufacturing software accuracy for high precision machining

P5.01 : Multi-target Frequency Scanning Interferometry to determine the position of components inside a vessel at a cryogenic temperature

P4.04 : A universal adjustment platform to position the accelerator components according to 6 degrees of freedom

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