Ramesh Gupta’s Homepage at Magnet Division
About me
Conventional SC Magnets: RHIC (Highlights, Papers, Presentations, Notes), EIC, SSC, LHC
New Designs and Technologies:
- HTS Magnet R&D at BNL
- Common Coil Design (The DCC017 Story)
- Common Coil Test Facility (CCTF), Informative Slides
– a unique facility for testing insert coils and cables in high dipole fields - Overpass/Underpass (Cloverleaf) Design
- Open Midplane Dipole Design
- Optimum Integral Design
- Tuning Shims for Extra-high Field Quality
Key Presentations (Click here for all talks):
- HTS/LTS High Field 12.3 T R&D Dipole (Presentation), Summary, Recording
- New Approach and Test Facility for High Field Magnet R&D
(Unique Dipole for Low-cost, Rapid-turn-around Program) - Common Coil Design (Seminar at CERN, 20 T Operational Field, Presentations, Papers)
- HTS Magnets (Why?, Demonstrations to 2023, Bulletin 2012, BNL 2011, PDF, PPTX ,Video)
- HTS FRIB Quadrupole * HTS SMES Solenoid
- Review of Field Quality in Accelerator Magnets (AGS, EIC, LHC, RHIC, NSLSII, SSC)
Key Papers (Click here for all papers):
- New Approach and Test Facility for High Field Accelerator Magnets R&D
- HTS SMES 12.5T, 27K, 100mm Solenoid (more on HTS @BNL)
- Warm Iron HTS R&D Quad for FRIB
- React & Wind 10 T Nb3Sn Dipole
- Common Coil Design (What is common coil design?)
- Field Quality in Superconducting Magnets (RHIC Highlights, RHIC Paper, as a tool)
Resources on Superconducting Magnets (historical, mostly from others):
- Courses on Superconducting Accelerator Magnets (specific to EIC Magnets)
- Proceedings of the 1968 Summer Study on Superconducting Devices and Accelerators
- Selected Cryogenic Data Notebook
- Material Properties Important to the Design of A Large Superconducting Magnet
- Improving the Design and Analysis of Superconducting Magnets for Particle Accelerators (thesis)
Papers and Presentations at Lawrence Berkley National Laboratory (LBNL), 1997-1999
