The Ohio State University
Author in the following contributions
- M1Po2A-03 [27]: The Role of Cold High Pressure Densification (CHPD) on Enhancing Critical Current Density and Connectivity of in-situ MgB2 Strand.
- M2Po2C-04 [40]: Characterization and Image Analysis to Further the Development of Tube Type Nb3Sn Conductors
- M1Po2C-01 [36]: Quench, Normal Zone Propagation Velocity, and the Development of an Active Protection Scheme for a Conduction Cooled, R&W, MgB2 MRI Segment Coil
- M2Po2E-02 [50]: Direct Measurement of Modified Interconductor Contact Resistance Values in Coated Conductor Stacks and Roebel Cables
- M2Po2E-01 [49]: Assessment of current-sharing of fully-excited Nb3Sn Rutherford cable with modified ICR at 4.2 K using a superconducting transformer
- M2Po2B-04 [35]: Magnetization creep and decay of YBa2Cu3O7-x thin films with columnar Y2BaCuO5 and BaZrO3 pinning center additions
- C2Po1E-03 [27]: A 3T MRI magnet based on MgB2 strand for cryogen free operation – magnetic, mechanical and thermal FEM modeling
- M2Po2E-05 [53]: Numerical modeling of stability and current sharing in Nb3Sn Rutherford cables
- M3Or2B-05: Calorimetric Measurements of YBCO Superconductor and Metallic Cables at High dB/dt in a Cryogenic Stator Machine Environment
- M1Or2A-02: Flux pinning mechanism in Nb3Sn conductors with artificial pinning centers
- M3Or3B-01: Development of MgB2 superconductor wire and magnets for DC and AC applications
- M3Or1A-04: Modelling of Field Error and Field Error Drift of CORC®-based Prototype Accelerator Magnets
- M1Or2A-03: Tube type strands with and without artificial pinning centers in Hyper Tech
- M3Or3B-04: Improvement of Upper Critical Field and Irreversible Field in MgB2 Wires and Bulks by Fiber Strain Engineering Method and REO Additions
- M3Or2B-02 [Invited]: Measurements and Modelling of YBCO Cable at High dB/dt for various HTS cables
- M1Or2A-04: Effect of Grain Size, Flux Pinning, and High Critical Field in Ternary APC Nb3Sn Wires
- M3Or2B-03: Modeling current sharing and protection in a coated conductor-wound racetrack coil with various interlayer contact resistance values
- M3Or3B-03: Microstructure and Enhanced Engineering Critical Current Density of Advanced-Internal-Magnesium-Infiltration (AIMI) MgB2 Wires with Low Heating Temperature and Long Heating Time.
- M1Or2A-01: Pinning force enhancement in Nb3Sn wires via nano-particles doping
- M1Or3A-05 [Invited]: Nb3Sn conductors with artificial pinning centers
- M2Or3A-02 [Invited]: AC Loss of Superconducting Materials- refined loss estimates for very high density motors and generators for hybrid-electric aircraft: MgB2 wires, Coated conductor tapes and wires
