Engineering design of the National Spherical Torus Experiment

Fusion Engineering and Design

Volumn 54, Issue 2, 2001, Pages 275-319

  Neumeyer, C ^a   Heitzenroeder, P ^a   Spitzer, J ^a   Chrzanowski, J ^a   Brooks, A ^a   Bialek, J ^b   Fan, H M ^a   Barnes, G ^a   Viola, M ^a   Nelson, B ^c   Goranson, P ^c   Wilson, R ^a   Fredd, E ^a   Dudek, L ^a   Parsells, R ^a   Kalish, M ^a   Blanchard, W ^a   Kaita, R ^a   Kugel, H ^a   McCormack, B ^a   Ramakrishnan, S ^a   Hatcher, R ^a   Oliaro, G ^a   Perry, E ^a   Egebo, T ^a   Von Halle, A ^a   Williams, M ^a   Ono, M ^a   more..

^a PRINCETON PLASMA PHYSICS LABORATORY   (United States)

^b Howard Hughes Medical Institute   (United States)

^c OAK RIDGE NATIONAL LABORATORY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

ASPECT RATIO; ELECTRIC COILS; MAGNETIC FIELD EFFECTS;

SPHERICAL TORUS (ST);

TOKAMAK DEVICES;

EID: 0035252012     PISSN: 09203796     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0920-3796(00)00469-5     Document Type: Article

References (29)

1. Peng M. Spherical torus pathway to fusion power. J. Fusion Energy. 17:(1):1998;45.
2. Kaye S., Ono M. Physics design of the National Spherical Torus Experiment. Fusion Technol. 36:1999;16.
3. Jarboe T. Formation and steady-state sustainment of a tokamak by coaxial helicity injection. Fusion Technol. 15:1989;7.
4. S. Kaye, Inductive discharge scenarios, NSTX Memo 72-970129-SMK-01.
5. S. Kaye, Disruption modeling, NSTX Memo 72-970206-SMK-01.
6. S. Kaye, Disruption forces due to halo currents, Technical Note, February 1998.
7. C. Neumeyer, TF coil parameters, NSTX Calculation No. 13-2.
8. C. Neumeyer, OH coil thermal behavior, NSTX Calculation No. 13-3.
9. C. Neumeyer, PF coil parameters, NSTX Calculation No. 13-1.
10. C. Neumeyer, TF electrical performance, NSTX Calculation No. 52-1.
11. C. Neumeyer, OH electrical performance, NSTX Calculation No. 53-1.
12. S. Kaye, Plasma initiation, NSTX Memo 72-970129-SMK-02.
13. R. Hatcher et. al., NSTX plasma startup simulations, APS Meeting, 1998.
14. Colchin R. Eddy currents in the toroidal field conductors of the low-aspect ratio tokamak START. Fusion Technol. 29:1996;365.
15. J. Bialek, Eddy currents in TF cross section, NSTX Memo 13-970214-JMB-01.
16. I. Zatz, SPARK plasma disruption simulation, NSTX Calculation No. 11-1.
17. C. Neumeyer, Internal hardware force calculation, NSTX Calculation No. 11-2.
18. J. Bialek, J. Spitzer, Estimate of halo loads for inner leg of the vacuum vessel, NSTX Memo 13-961010-JMB-01.
19. Pomphrey N., Bialek J., Park W. Modeling of the toroidal asymmetry of poloidal halo currents in conducting structures. Nucl. Fusion. 38:(3):1998;449.
20. H.M. Fan, TF coil stress analysis, NSTX Calculation No. 13-12.
21. H.M. Fan, OH coil stress analysis, NSTX Calculation No. 13-11.
22. H. M. Fan, Vacuum vessel stress analysis for NSTX plasma disruption loads, Technical Note.
23. S. Kaye, NSTX divertor heat flux estimates, PPPL Memo, 24 October 1996.
24. B. Nelson, Thermal analysis of NSTX center stack and outboard divertor tiles, NSTX Calculation No. 11-5.
25. A. Brooks, H.M. Fan, Update of VV bakeout heating requirements, NSTX Memo 13-980511-AWB-01.
26. J. Chrzanowski, Center stack R&D final report, NSTX No. 13-970430-JHC.
27. P. Goranson et.al., Design of the plasma facing components for NSTX, Proc. 18th SOFE, October 1999, IEEE No. 99CH37050, p. 67.
28. R. Nygren et. al., High heat flux tests of carbon composites for KSTAR and NSTX, Poster PB3-10, Presentation at 18th SOFE, October 1999.
29. B. McCormack et. al., Rogowski loop designs for NSTX, Proc. 18th SOFE, October 1999, IEEE No. 99CH37050, p. 306.