The Ohio State University
Author in the following contributions
- Development of MgB2 conductors for low field coils and feeders in DEMO fusion energy reactors
- Suppression of magnetization and creep in Bi2212 strands
- Effect of Transport Current on Magnetization of an IBAD Coated Conductor
- High Strain and Twisting Tolerance in AIMI and PIT MgB2 Strands
- Influence of ZnO and Dy2O3 on MgB2 Bulks Fabricated by High Temperature and Pressure Reaction
- Computational and experimental investigation of hydroformed niobium tubes for superconducting RF cavities
- [Invited] Development of MgB2 superconductors and coils for practical applications
- Shift of the Fp-B curve peak of Nb3Sn conductors with very fine grain sizes
- Suppression of persistent-current magnetization of Nb3Sn strands by transport current
- Kinetic Analysis of MgB2 Layer Formation in Advanced Internal Magnesium Infiltration (AIMI) Processed MgB2 wires
- Single-strand excitation for examining current sharing and ICR in Nb3Sn Rutherford Cable at 4.2K up to 15 Tesla
- Improvement of tube type Nb3Sn conductor in Hyper Tech
- Current sharing, quench, and normal zone propagation in YBCO CORC and Roebel cables
- Measurements of magnetization of YBCO CORC and Roebel Cables at 4.2 K
- Measurements of YBCO pancake coils: thermal conductivity, quench, and NZP at 4.2 K and 10 T.
- Calorimetrically Measured Interstrand Contact Resistances and Coupling Magnetizations in Cored QXF-Type Nb3Sn Rutherford Cables for the LHC Quadrupole Upgrade
- The Development of Persistent joints for MgB2 Conductors
- Significant Enhancement of Bc2 at 20-25 K for MgB2 Thin Films via Controlled oxygen doping
- Persistent Magnetization and Decay in Bi:2212, YBCO, and Nb3Sn and influence on Accelerator Magnet Field Errors
- Transport testing of MgB2 and Nb3Sn solenoid coils for magnet applications
