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Confinement and heating of a deuterium-tritium plasma
- Hawryluk, RJ;
- Adler, H;
- Alling, P;
- Ancher, C;
- Anderson, H;
- Anderson, JL;
- Ashcroft, D;
- Barnes, Cris W;
- Barnes, G;
- Batha, S;
- Bell, MG;
- Bell, R;
- Bitter, M;
- Blanchard, W;
- Bretz, NL;
- Budny, R;
- Bush, CE;
- Camp, R;
- Caorlin, M;
- Cauffman, S;
- Chang, Z;
- Cheng, CZ;
- Collins, J;
- Coward, G;
- Darrow, DS;
- DeLooper, J;
- Duong, H;
- Dudek, L;
- Durst, R;
- Efthimion, PC;
- Ernst, D;
- Fisher, R;
- Fonck, RJ;
- Fredrickson, E;
- Fromm, N;
- Fu, GY;
- Furth, HP;
- Gentile, C;
- Gorelenkov, N;
- Grek, B;
- Grisham, LR;
- Hammett, G;
- Hanson, GR;
- Heidbrink, W;
- Herrmann, HW;
- Hill, KW;
- Hosea, J;
- Hsuan, H;
- Janos, A;
- Jassby, DL;
- Jobes, FC;
- Johnson, DW;
- Johnson, LC;
- Kamperschroer, J;
- Kugel, H;
- Lam, NT;
- LaMarche, PH;
- Loughlin, MJ;
- LeBlanc, B;
- Leonard, M;
- Levinton, FM;
- Machuzak, J;
- Mansfield, DK;
- Martin, A;
- Mazzucato, E;
- Majeski, R;
- Marmar, E;
- McChesney, J;
- McCormack, B;
- McCune, DC;
- McGuire, KM;
- McKee, G;
- Meade, DM;
- Medley, SS;
- Mikkelsen, DR;
- Mueller, D;
- Murakami, M;
- Nagy, A;
- Nazikian, R;
- Newman, R;
- Nishitani, T;
- Norris, M;
- O’Connor, T;
- Oldaker, M;
- Osakabe, M;
- Owens, DK;
- Park, H;
- Park, W;
- Paul, SF;
- Pearson, G;
- Perry, E;
- Petrov, M;
- Phillips, CK;
- Pitcher, S;
- Ramsey, A;
- Rasmussen, DA;
- Redi, MH;
- Roberts, D;
- Rogers, J;
- Rossmassler, R;
- Roquemore, AL;
- Ruskov, E;
- Sabbagh, SA;
- Sasao, M;
- Schilling, G;
- Schivell, J;
- Schmidt, GL;
- Scott, SD;
- Sissingh, R;
- Skinner, CH;
- Snipes, J;
- Stevens, J;
- Stevenson, T;
- Stratton, BC;
- Strachan, JD;
- Synakowski, E;
- Tang, W;
- Taylor, G;
- Terry, JL;
- Thompson, ME;
- Tuszewski, M;
- Vannoy, C;
- von Halle, A;
- von Goeler, S;
- Voorhees, D;
- Walters, RT;
- Wieland, R;
- Wilgen, JB;
- Williams, M;
- Wilson, JR;
- Wong, KL;
- Wurden, GA;
- Yamada, M;
- Young, KM;
- Zarnstorff, MC;
- Zweben, SJ
- et al.
Abstract
The Tomamak Fusion Test reactor has performed initial high-power experiments with the plasma fueled with nominally equal densities of deuterium and tritium. Compared to pure deuterium plasmas, the energy stored in the electron and ions increased by ∼20%. These increases indicate improvements in confinement associated with the use of tritium and possibly heating of electrons by α particles created by the D-T fusion reactions. © 1994 The American Physical Society.
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