Prediction of current decay and terminal voltages in adiabatic superconducting magnets

Cryogenics

Volumn 29, Issue 3, 1989, Pages 157-167

  Joshi, C H ^a   Iwasa, Y ^a  

^a MASSACHUSETTS INSTITUTE OF TECHNOLOGY   (United States)

Author keywords

electrical properties; superconducting magnets; thermal properties

Indexed keywords

EPOXY RESINS--THERMAL PROPERTIES; SUPERCONDUCTING MATERIALS--PHASE TRANSITIONS; SUPERCONDUCTIVITY--COMPUTER SIMULATION; TEMPERATURE DISTRIBUTION--PREDICTION; THERMAL EFFECTS--PREDICTION;

ADIABATIC SUPERCONDUCTING MAGNETS; CURRENT DECAY PREDICTION; EMPIRICAL CORRELATION; EPOXY RESIN IMPREGNATED WIRE; NORMAL ZONE PROPAGATION; TERMINAL VOLTAGES PREDICTION;

SUPERCONDUCTING MAGNETS;

EID: 0024627653     PISSN: 00112275     EISSN: None     Source Type: Journal    
DOI: 10.1016/0011-2275(89)90078-7     Document Type: Article

References (39)

1. Propagation velocity of normal zones in a SC braid
2. Effect of copper plating on the velocity of propagation of a normal region in niobium-25% zirconium wire
3. Calculation of propagation velocity of normal and superconducting regions in composite conductors
4. Calculation of propagation velocity of normal and superconducting regions in composite conductors
5. An experimental study of propagation of a normal zone in composite superconductors
6. Asymmetry of normal zone propagation velocity with respect to current in a multifilamentary composite superconductor
7. Thermal propagation of a normal region in a thin superconducting film and its application to a new type of bistable element
8. Thermal and electrodynamic aspects of the superconductive transition process
9. Propagation of normal zones in composite superconductors
10. Propagation of normal zones in composite superconductors
11. The propagation of the resistive region in high current density coils
12. About the propagation velocity in superconducting composites
13. Thermal transitions in superconducting NbZr alloys
14. Thermal transitions in superconducting NbZr alloys
15. Simple formula for quench propagation velocity
16. Normal zone evolution and propagation in the UW energy storage conductor
17. Behavior of superconducting coil subjected to steady local heating within the windings
18. Normal zone propagation inside a layer and between layers in a superconducting coil
19. Study of the propagation of the normal region in a superconducting solenoid
20. Quenches in large superconducting magnets
21. Numerical treatment of the quenching process in superconducting magnet systems
22. A computer program simulating the quench of superconducting magnet systems
23. Adiabatic calculation of quench temperature - a simple method for dimensioning the protection circuit of a superconducting magnet
24. Quench development in magnets made with multifilamentary NbTi cable
25. Current decay and temperatures during superconducting magnet coil quench
26. Quenching in superconducting coils
27. Normal zone propagation within a superconducting magnet system and cryostabilization of superconductivity
28. Transition of a sectioned superconducting winding to the normally conducting state
29. Transition of a sectioned superconducting winding to the normally conducting state
30. Quench protection for a 2-MJ magnet
31. Theoretical and experimental study of an unprotected superconducting coil going normal
32. Three computer codes for safety and stability of large superconducting magnets
33. Computer simulation of the quenching of a superconducting magnet
34. Protection of superconducting coils
35. Quenching in epoxy-impregnated superconducting solenoids prediction and verification
36. Thermal and electrical characteristics of adiabatic superconducting solenoids during a spontaneous transition to the resistive state
37. Modeling of normal zone propagation in adiabatic coils
38. Quenching in coupled adiabatic coils
39. Normal zone propagation in a high current density, adiabatic superconducting coil