Strachan, JD; 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; Hawryluk, RJ; 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

doi:10.1103/physrevlett.72.3526

Download PDF

Fusion power production from TFTR plasmas fueled with deuterium and tritium

1994

Strachan, JD;
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;
Hawryluk, RJ;
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, AT;
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, JA;
Stevens, J;
Stevenson, T;
Stratton, BC;
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.

Published Web Location

https://doi.org/10.1103/physrevlett.72.3526

Creative Commons 'BY' version 4.0 license

Abstract

Peak fusion power production of 6.2±0.4 MW has been achieved in TFTR plasmas heated by deuterium and tritium neutral beams at a total power of 29.5 MW. These plasmas have an inferred central fusion alpha particle density of 1.2×1017 m-3 without the appearance of either disruptive magnetohydrodynamics events or detectable changes in Alfvén wave activity. The measured loss rate of energetic alpha particles agreed with the approximately 5% losses expected from alpha particles which are born on unconfined orbits. © 1994 The American Physical Society.

Many UC-authored scholarly publications are freely available on this site because of the UC's open access policies. Let us know how this access is important for you.

Main Content

For improved accessibility of PDF content, download the file to your device.

UC Irvine

Fusion power production from TFTR plasmas fueled with deuterium and tritium

Published Web Location