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Results: 1-10 |
Results: 10
Fatigue of a reinforced high temperature superconducting tape
Authors: Holtz, RL Fleshler, S Gubser, DU
Citation: Rl. Holtz et al., Fatigue of a reinforced high temperature superconducting tape, ADV ENG MAT, 3(3), 2001, pp. 131-134
Properties of a prototype Bi-based HTS composite with a high resistivity sheath for resistive fault current limiting applications
Authors: Diehl, RC Fleshler, S Mason, R Christopherson, C DeMoranville, K Harnois, R Otto, A Riley, GN Serres, E Willis, JO Boenig, HJ Schillig, JB
Citation: Rc. Diehl et al., Properties of a prototype Bi-based HTS composite with a high resistivity sheath for resistive fault current limiting applications, IEEE APPL S, 11(1), 2001, pp. 3265-3268
Effects of local variations in critical current density on the performanceof long Bi-2223 tapes
Authors: Fee, M Fleshler, S Otto, A Malozemoff, AP
Citation: M. Fee et al., Effects of local variations in critical current density on the performanceof long Bi-2223 tapes, IEEE APPL S, 11(1), 2001, pp. 3337-3340
Calibration of Hall sensor AC loss measurements
Authors: Staines, M Rupp, S Caplin, D Yu, DG Fleshler, S
Citation: M. Staines et al., Calibration of Hall sensor AC loss measurements, IEEE APPL S, 11(1), 2001, pp. 2224-2227
Axial strain dependence at 77K of the critical current of thick YBaCuO films on Ni-alloy substrates with IBAD buffer layers
Authors: Thieme, CLH Fleshler, S Buczek, DM Jowett, M Fritzemeier, LG Arendt, PN Foltyn, SR Coulter, JY Willis, JO
Citation: Clh. Thieme et al., Axial strain dependence at 77K of the critical current of thick YBaCuO films on Ni-alloy substrates with IBAD buffer layers, IEEE APPL S, 9(2), 1999, pp. 1494-1497
The effect of self-field on current capacity in Bi-2223 composite strands
Authors: Spreafico, S Gherardi, L Fleshler, S Tatelbaum, D Leone, J Yu, D Snitchler, G
Citation: S. Spreafico et al., The effect of self-field on current capacity in Bi-2223 composite strands, IEEE APPL S, 9(2), 1999, pp. 2159-2162
HTS wire at commercial performance levels
Authors: Malozemoff, AP Carter, W Fleshler, S Fritzemeier, L Li, Q Masur, L Miles, P Parker, D Parrella, R Podtburg, E Riley, GN Rupich, M Scudiere, J Zhang, W
Citation: Ap. Malozemoff et al., HTS wire at commercial performance levels, IEEE APPL S, 9(2), 1999, pp. 2469-2473
Single and multi-phase ac losses in HTS prototype power transmission conductors
Authors: Willis, JO Daney, DE Maley, MP Coulter, JY Fleshler, S
Citation: Jo. Willis et al., Single and multi-phase ac losses in HTS prototype power transmission conductors, IEEE APPL S, 9(2), 1999, pp. 778-781
Calorimeter for measuring AC losses in HTS cables for superconducting power transmission lines
Authors: Daney, DE Boenig, HJ Maley, MP Fleshler, S
Citation: De. Daney et al., Calorimeter for measuring AC losses in HTS cables for superconducting power transmission lines, CRYOGENICS, 39(3), 1999, pp. 225-233
AC loss measurements on model Bi-2223 conductors
Authors: Staines, M Rupp, S Pooke, D Fleshler, S DeMoranville, K Christopherson, C
Citation: M. Staines et al., AC loss measurements on model Bi-2223 conductors, PHYSICA C, 310(1-4), 1998, pp. 163-167
Risultati: 1-10 |