|
Authors |
Program No. |
Title (link to full paper) |
|
Dietderich, D.R |
LAA-01 |
Critical Current of Superconducting Rutherford Cable in High Magnetic Fields with Transverse Pressure |
|
Miyoshi, K |
LAA-02 |
Influence of mechanical properties of HTS cable to its critical current |
|
Demko, J.A |
LAA-03 |
Testing of the Dependence of the Number of Layers on the Performance of a HTS Cable Prototype |
|
Scanlan, R.M |
LAA-04 |
Fabrication and Test Results for Rutherford-type Cables Made From BSCCO Strands |
|
Gouge, M.J |
LAA-05 |
HTS Cable Test Facility: Design and Initial Results |
|
Jin, J.X. |
LAA-06 |
Critical Current Degradation of Bi-2223/Ag HTS Wire in Form of a Coil |
|
McIntyre, P.M |
LAA-07 |
Stress Management of HTS Conductor |
|
den Ouden, A. |
LAB-01 |
Conductor development for a new 10T, 88mm bore Niobium-tin model dipole magnet |
|
Vedernikov, G.P |
LAB-02 |
Dynamic Characteristics of Cables and Solenoids Based on Niobium-Titanium Wire with Copper-Manganese Matrix |
|
Walsh, R.P |
LAB-03 |
Critical Current Measurements on Large Conductors of Niobium-Titanium/Copper Cable Embedded in an Aluminum Stabilizer, |
|
Takeda, K |
LAB-04 |
Development of Testing Apparatus for 10kA Class Superconductors |
|
Verweij, A.P |
LAB-06 |
1.9 K Test Facility for the reception of the superconducting cables for the LHC |
|
Duchateau, J.L |
LAB-07 |
Possible Application of Superfluid Helium Cooling Techniques to the Toroidal Field Systems of Tokamaks. |
|
Godeke, A |
LAB-08 |
Scaling of the critical current in ITER type niobium-tin superconductors in relation to the applied field, temperature and uni-axial applied strain |
|
Nijhuis, A |
LAB-09 |
Electromagnetic and Mechanical Characterisation of ITER CS-MC Conductors Affected by Transverse Cyclic Loading, Part 3: Mechanical Properties |
|
Specking, W |
LAB-10 |
Shape Memory Effect at Cable in Conduit Conductors |
|
Lindenhovius, J.H |
LAB-11 |
A New Niobium Tin Conductor on Base of the "Powder in Tube" Method for High Field Applications |
|
Knooper, H.G |
LAB-12 |
Network model of ITER full-size cables |
|
Shin, H. S. |
LAB-13 |
Fatigue Behavior and Superconducting Property in Practical Nb-Ti Superconducting Composite Cable |
|
Goto, K |
LAC-01 |
Development of a 1kA-25 ohm Magnetic Persistent Current Switch for SMES |
|
Peck, S.D |
LAC-02 |
A Fast Persistent Switch for microSMES |
|
Nemoto, K |
LAC-03 |
Niobium-Tin Persistent-Current Switch for the Superconducting Magnet of Maglev |
|
Swenson, C.A |
LAC-04 |
Persistent Joint Development for High Field NMR |
|
Nunoya, Y |
LAC-05 |
Experimental Results of a Full-Size Conductor and a Butt-Joint for the ITER CS Model Coil-Outer Module |
|
Miller, J.R |
LAC-06 |
Development, Testing, and Processing of Low Resistance Niobium-Tin Joints for Cable-in-Conduit Conductors |
|
Bellina, F |
LAC-07 |
Methods for the Analysis of the Joints between Supeconducting Cables |
|
Acerbi, E |
LAC-08 |
Thermal and electrical behaviour of a resistive joint in the ATLAS toroids |
|
Wei Tong |
LAC-09 |
Analysis of Soldering Splice Resistance in Aluminium-Stabilized Conductors |
|
Cure, B |
LAC-10 |
Development of Electrical Joints for Aluminum Stabilized Superconducting Cables |
|
Michael, P.C |
LAC-11 |
Qualification of Joints for Inner Module of ITER-CS Model Coil |
|
Meissner, J.J |
LAD-01 |
Coil Winding and Assembly Techniques for the G-Zero Superconducting Magnet System |
|
Trepanitis, S.M |
LAD-02 |
Manufacturing Design of the G0 Superconducting Magnetic Spectrometer Cold Mass |
|
Hordubay, T.D |
LAD-03 |
Winding of the Navy SMES Background Coil |
|
Rossi, L |
LAD-04 |
Production and Qualification of the 60 kA Class Aluminum Stabilized Conductor for ATLAS B0 Coil |
|
Chow, K.P |
LAD-05 |
|
|
Tupper, M.L |
LAD-06 |
Tailoring of Insulation and Adhesives for Superconducting Magnets and Devices |
|
Rice, J.A |
LAD-07 |
Mechanical and Electrical Properties of Wrappable Inorganic Insulation |
|
Kim, H.S |
LAD-08 |
Insulation System Test for the KSTAR Central Solenoid (CS) Model Coil |
|
Kim, Y.H |
LAD-09 |
|
|
Kim, S.H |
LAD-10 |
Fabrication of the KSTAR Central Solenoid (CS) Model Coil (II) |
|
Vedrine, P.N |
LAD-11 |
Measurement of thermo-mechanical properties of NbTi windings for accelerator magnets |
|
Rossi, L |
LAD-12 |
Results of Cabling Tests of Internal Tin Diffusion NbSn Wires for Accelerator Magnets |
|
Hwang, K.P |
LAD-13 |
Test Results of a Suerconducting Magnet System with 50 degree Tilt Magnet for an Electron Cooling Experiement |
List of ASC 98 Technical Sessions
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