SRF Overview Activities Resources History SRF Worldwide
What is SRF? What is SRF technology used for? How did SRF technology develop at JLab? What are Jlab's existing SRF capabilities? Collaborations
What is SRF? What is SRF technology used for? How did SRF technology develop at JLab? What are Jlab's existing SRF capabilities?
What are the accelerator community's SRF development needs? How is Jlab working to meet these needs? SNS Construction Preparing for the CEBAF 12 GeV upgrade CEBAF maintenance Reliability experience Warm rf window replacement Cryomodule refurbishment Collaborative developments Education Undergraduate Graduate Post-doctoral Pansophy—process and data management
What are the accelerator community's SRF development needs? How is Jlab working to meet these needs?
Facility Descriptions and Photos Nb cavity fabrication Electron Beam Welding Presses for deep drawing Nb components CNC mill for precision machining of prototype component Cavity processing facilities Closed chemistry cabinet High pressure UPW Electropolishing facility Furnaces Vertical Cryogenic Test Area (VTA) Cryomodule assembly facilities Cryomodule Test Facility (CMTF) Surface Science Lab Pansophy—process and data management Staffing SRF Institute Groups Infrastructure Cavity Production Cryomodule Production QA/QC and Data Management Science and Technology Engineering Department Groups Electrical Engineering Mechanical Engineering Cryogenic
Facility Descriptions and Photos
Staffing
What has JLab done with SRF? CEBAF design, construction, operation R&D highlights 1990-2004 High pressure ultrapure water rinsing Post-purification of niobium in the presence of titanium as a solid state getter material Q-disease Investigations In-situ baking procedures Single crystal niobium technology Nb material characterization Characterization of field emission sources Energetic deposition of Nb films Cavity structure development Cryomodule subsystem development Nb surface characterization SNS construction JLab FEL
What has JLab done with SRF?