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1. TFTR DT experiments

Author

Strachan, JD, Batha, S, Beer, M, Bell, MG, Bell, RE, Belov, A, Berk, H, Bernabei, S, Bitter, M, Breizman, B, Bretz, NL, Budny, R, Bush, CE, Callen, J, Cauffman, S, Chang, CS, Chang, Z, Cheng, CZ, Darrow, DS, Dendy, RO, Dorland, W, Duong, H, Efthimion, PC, Ernst, D, Evenson, H, Fisch, NJ, Fisher, R, Fonck, RJ, Fredrickson, ED, Fu, GY, Furth, HP, Gorelenkov, NN, Goloborod'ko, V Ya, Grek, B, Grisham, LR, Hammett, GW, Hawryluk, RJ, Heidbrink, W, Herrmann, HW, Herrmann, MC, Hill, KW, Hogan, J, Hooper, B, Hosea, JC, Houlberg, WA, Hughes, M, Jassby, DL, Jobes, FC, Johnson, DW, Kaita, R, Kaye, S, Kesner, J, Kim, JS, Kissick, M, Krasilnikov, AV, Kugel, H, Kumar, A, Lam, NT, Lamarche, P, Leblanc, B, Levinton, FM, Ludescher, C, Machuzak, J, Majeski, RP, Manickam, J, Mansfield, DK, Mauel, M, Mazzucato, E, McChesney, J, McCune, DC, McKee, G, McGuire, KM, Meade, DM, Medley, SS, Mikkelsen, DR, Mirnov, SV, Mueller, D, Nagayama, Y, Navratil, GA, Nazikian, R, Okabayashi, M, Osakabe, M, Owens, DK, Park, HK, Park, W, Paul, SF, Petrov, MP, Phillips, CK, Phillips, M, Phillips, P, Ramsey, AT, Rice, B, Redi, MH, Rewoldt, G, Reznik, S, Roquemore, AL, Rogers, J, Ruskov, E, Sabbagh, SA, and Sasao, M

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Other Physical Sciences, Fluids & Plasmas
Abstract

The Tokamak Fusion Test Reactor (TFTR) is a large tokamak which has performed experiments with 50:50 deuterium-tritium fuelled plasmas. Since 1993, TFTR has produced about 1090 D-T plasmas using about 100 grams of tritium and producing about 1.6 GJ of D-T fusion energy. These plasmas have significant populations of 3.5 MeV alphas (the charged D-T fusion product). TFTR research has focused on alpha particle confinement, alpha driven modes, and alpha heating studies. Maximum D-T fusion power production has aided these studies, requiring simultaneously operation at high input heating power and large energy confinement time (to produce the highest temperature and density), while maintaining low impurity content. The principal limitation to the TFTR fusion power production was the disruptive stability limit. Secondary limitations were the confinement time, and limiter power handling capability. © 1997 IOP Publishing Ltd.

Published
1997

2. Deuterium–tritium plasmas in novel regimes in the Tokamak Fusion Test Reactor

Author

Bell, MG, Batha, S, Beer, M, Bell, RE, Belov, A, Berk, H, Bernabei, S, Bitter, M, Breizman, B, Bretz, NL, Budny, R, Bush, CE, Callen, J, Cauffman, S, Chang, CS, Chang, Z, Cheng, CZ, Darrow, DS, Dendy, RO, Dorland, W, Duong, H, Efthimion, PC, Ernst, D, Evenson, H, Fisch, NJ, Fisher, R, Fonck, RJ, Fredrickson, ED, Fu, GY, Furth, HP, Gorelenkov, NN, Goloborod’ko, V Ya, Grek, B, Grisham, LR, Hammett, GW, Hawryluk, RJ, Heidbrink, W, Herrmann, HW, Herrmann, MC, Hill, KW, Hogan, J, Hooper, B, Hosea, JC, Houlberg, WA, Hughes, M, Jassby, DL, Jobes, FC, Johnson, DW, Kaita, R, Kaye, S, Kesner, J, Kim, JS, Kissick, M, Krasilnikov, AV, Kugel, H, Kumar, A, Lam, NT, Lamarche, P, LeBlanc, B, Levinton, FM, Ludescher, C, Machuzak, J, Majeski, RP, Manickam, J, Mansfield, DK, Mauel, M, Mazzucato, E, McChesney, J, McCune, DC, McKee, G, McGuire, KM, Meade, DM, Medley, SS, Mikkelsen, DR, Mirnov, SV, Mueller, D, Nagayama, Y, Navratil, GA, Nazikian, R, Okabayashi, M, Osakabe, M, Owens, DK, Park, HK, Park, W, Paul, SF, Petrov, MP, Phillips, CK, Phillips, M, Phillips, P, Ramsey, AT, Rice, B, Redi, MH, Rewoldt, G, Reznik, S, Roquemore, AL, Rogers, J, Ruskov, E, Sabbagh, SA, Sasao, M, and Schilling, G

Subjects
Astronomical and Space Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Classical Physics, Fluids & Plasmas
Abstract

Experiments in the Tokamak Fusion Test Reactor (TFTR) [Phys. Plasmas 2, 2176 (1995)] have explored several novel regimes of improved tokamak confinement in deuterium–tritium (D–T) plasmas, including plasmas with reduced or reversed magnetic shear in the core and high-current plasmas with increased shear in the outer region (high [formula omitted]). New techniques have also been developed to enhance the confinement in these regimes by modifying the plasma-limiter interaction through in situ deposition of lithium. In reversed-shear plasmas, transitions to enhanced confinement have been observed at plasma currents up to 2.2 MA [formula omitted] accompanied by the formation of internal transport barriers, where large radial gradients develop in the temperature and density profiles. Experiments have been performed to elucidate the mechanism of the barrier formation and its relationship with the magnetic configuration and with the heating characteristics. The increased stability of high-current, high-[formula omitted] plasmas produced by rapid expansion of the minor cross section, coupled with improvement in the confinement by lithium deposition has enabled the achievement of high fusion power, up to 8.7 MW, with D–T neutral beam heating. The physics of fusion alpha-particle confinement has been investigated in these regimes, including the interactions of the alphas with endogenous plasma instabilities and externally applied waves in the ion cyclotron range of frequencies. In D–T plasmas with [formula omitted] and weak magnetic shear in the central region, a toroidal Alfvén eigenmode instability driven purely by the alpha particles has been observed for the first time. The interactions of energetic ions with ion Bernstein waves produced by mode conversion from fast waves in mixed-species plasmas have been studied as a possible mechanism for transferring the energy of the alphas to fuel ions. © 1997, American Institute of Physics. All rights reserved.

Published
1997

3. Physics of high performance deuterium-tritium plasmas in TFTR

Author

McGuire, KM, Barnes, CW, Batha, SH, Beer, MA, Bell, MG, Bell, RE, Belov, A, Berk, HL, Bernabei, S, Bitter, M, Breizman, BN, Bretz, NL, Budny, RV, Bush, CE, Callen, JD, Cauffman, S, Chang, CS, Chang, Z, Cheng, CZ, Cottrell, GA, Darrow, DS, Dendy, RO, Dorland, W, Duong, H, Efthimion, PC, Ernst, D, Evenson, H, Fisch, NJ, Fisher, R, Fonck, RJ, Forest, CB, Fredrickson, ED, Fu, GY, Furth, HP, Goloborod'ko, VY, Gorelenkov, NN, Grek, B, Grisham, LR, Hammett, GW, Hanson, GR, Hawryluk, RJ, Heidbrink, WW, Herrmann, HW, Herrmann, M, Hill, KW, Hogan, J, Hooper, B, Hosea, JC, Houlberg, WA, Hughes, M, Hulse, RA, Jassby, DL, Jobes, FC, Johnson, DW, Kaita, R, Kaye, SM, Kesner, J, Kim, JS, Kissick, M, Krasilnikov, AV, Kugel, HW, Kumar, A, Lam, NT, LaMarche, P, LeBlanc, B, Levinton, FM, Ludescher, C, Machuzak, J, Majeski, R, Manickam, J, Mansfield, DK, Mauel, ME, Mazzucato, E, McChesney, J, McCune, DC, McKee, G, Meade, DM, Medley, SS, Mika, R, Mikkelsen, DR, Mirnov, SV, Mueller, D, Nagayama, Y, Navratil, GA, Nazikian, R, Okabayashi, M, Owens, DK, Park, HK, Park, W, Parks, P, Paul, SF, Petrov, MP, Phillips, CK, Phillips, M, Phillips, P, Ramsey, AT, Redi, MH, Rewoldt, G, Reznik, S, and Rogers, JH

Published
1997

4. Overview of DT results from TFTR

Author

Bell, MG, McGuire, KM, Arunasalam, V, Barnes, CW, Batha, SH, Bateman, G, Beer, MA, Bell, RE, Bitter, M, Bretz, NL, Budny, RV, Bush, CE, Cauffman, SR, Chang, Z, Chang, C-S, Cheng, CZ, Darrow, DS, Dendy, RO, Dorland, W, Duong, HH, Durst, RD, Efthimion, PC, Ernst, D, Evenson, H, Fisch, NJ, Fisher, RK, Fonck, RJ, Fredrickson, ED, Fu, GY, Furth, HP, Gorelenkov, NN, Grek, B, Grisham, LR, Hammett, GW, Hanson, GR, Hawryluk, RJ, Heidbrink, WW, Herrmann, HW, Hill, KW, Hosea, JC, Hsuan, H, Hughes, MH, Hulse, RA, Janos, AC, Jassby, DL, Jobes, FC, Johnson, DW, Johnson, LC, Kesner, J, Kugel, HW, Lam, NT, Leblanc, B, Levinton, FM, Machuzak, J, Majeski, R, Mansfield, DK, Mazzucato, E, Mauel, ME, McChesney, JM, McCune, DC, McKee, G, Meade, DM, Medley, SS, Mikkelsen, DR, Mirnov, SV, Mueller, D, Navratil, GA, Nazikian, R, Owens, DK, Park, HK, Park, W, Parks, PB, Paul, SF, Petrov, MP, Phillips, CK, Phillips, MW, Pitcher, CS, Ramsey, AT, Redi, MH, Rewoldt, G, Roberts, DR, Rogers, JH, Ruskov, E, Sabbagh, SA, Sasao, M, Schilling, G, Schivell, JF, Schmidt, GL, Scott, SD, Semenov, I, Sesnic, S, Skinner, CH, Stratton, BC, Strachan, JD, Stodiek, W, Synakowski, EJ, Takahashi, H, Tang, WM, Taylor, G, and Terry, JL

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Fluids & Plasmas
Abstract

Experiments with plasmas having nearly equal concentrations of deuterium and tritium have been carried out on TFTR. To date (September 1995), the maximum fusion power has been 10.7 MW, using 39.5 MW of neutral beam heating, in a supershot discharge and 6.7 MW in a high beta P discharge following a current ramp-down. The fusion power density in the core of the plasma has reached 2.8 MW/m3, exceeding that expected in the International Thermonuclear Experimental Reactor (ITER). The energy confinement time tau E is observed to increase in DT, relative to D plasmas, by 20% and the n1(0).T1(0). tau E product by 55%. The improvement in thermal confinement is caused primarily by a decrease in ion heat conductivity in both supershot and limiter H mode discharges. Extensive lithium pellet injection increased the confinement time to 0.27 s and enabled higher current operation in both supershot and high beta P discharges. First measurements of the confined alpha particles have been performed and found to be in good agreement with TRANSP simulations assuming classical confinement. Measurements of the alpha ash profile have been compared with simulations using particle transport coefficients from helium gas puffing experiments. The loss of energetic alpha particles to a detector at the bottom of the vessel is well described by the first-orbit loss mechanism. No loss due to alpha particle driven instabilities has yet been observed. ICRF heating of a DT plasma, using the second harmonic of tritium, has been demonstrated. DT experiments on TFTR will continue both to explore the physics underlying the ITER design and to examine some of the physics issues associated with an advanced tokamak reactor.

Published
1995

5. Recent D-T results on TFTR

Author

Johnson, DW, Arunasalam, V, Barnes, CW, Batha, SH, Bateman, G, Beer, M, Bell, MG, Bell, R, Bitter, M, Bretz, NL, Budny, R, Bush, CE, Cauffman, S, Chang, CS, Chang, Z, Cheng, CZ, Darrow, DS, Dendy, R, Dorland, W, Duong, HH, Durst, R, Efthimion, PC, Ernst, D, Evenson, H, Fisch, N, Fisher, R, Fonck, RJ, Fredrickson, E, Fu, GY, Fujita, T, Furth, HP, Gorelenkov, N, Grek, B, Grisham, LR, Hammett, G, Hawryluk, RJ, Heidbrink, W, Herrmann, HW, Hill, KW, Hosea, J, Hsuan, H, Hughes, M, Janos, A, Jassby, DL, Jobes, FC, Johnson, LC, Kamperschroer, J, Kesner, J, Kotschenreuther, M, Kugel, H, Lamarche, PH, Leblanc, B, Levinton, FM, MacHuzak, J, Majeski, R, Mansfield, DK, Marmar, ES, Mazzucato, E, Mauel, M, McChesney, J, McGuire, KM, McKee, G, Meade, DM, Medley, SS, Mikkelsen, DR, Mirnov, SV, Mueller, D, Nazikian, R, Osakabe, M, Owens, DK, Park, H, Park, W, Parks, P, Paul, SF, Petrov, M, Phillips, CK, Phillips, M, Qualls, AL, Ramsey, A, Redi, MH, Rewoldt, G, Roberts, D, Rogers, J, Roquemore, AL, Ruskov, E, Sabbagh, SA, Sasao, M, Schilling, G, Schivell, J, Schmidt, GL, Scott, SD, Semenov, I, Sesnic, S, Skinner, CH, Spong, D, Stratton, BC, Strachan, JD, Stodiek, W, Synakowski, E, and Takahashi, H

Subjects
Fluids & Plasmas, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Other Physical Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics
Abstract

Routine tritium operation in TFTR has permitted investigations of alpha particle physics in parameter ranges resembling those of a reactor core. ICRF wave physics in a DT plasma and the influence of isotopic mass on supershot confinement have also been studied. Continued progress has been made in optimizing fusion power production in TFTR, using extended machine capability and Li wall conditioning. Performance is currently limited by MHD stability. A new reversed magnetic shear regime is being investigated with reduced core transport and a higher predicted stability limit.

Published
1995

6. Plasma-surface interactions in TFTR DT experiments

Author

Owens, DK, 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, Hermann, 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, Park, H, Park, W, Paul, SF, Pearson, G, Perry, E, Petrov, M, Phillips, CK, Pitcher, S, Raftopoulos, S, Ramsey, A, Rasmussen, DA, Redi, MH, Roberts, D, and Rogers, J

Subjects
Materials Engineering, Energy
Abstract

TFTR has begun its campaign to study deuterium-tritium fusion under reactor-like conditions. Variable amounts of deuterium and tritium neutral beam power have been used to maximize fusion power, study alpha heating, investigate alpha particle confinement, and search for alpha driven plasma instabilities. Additional areas of study include energy and particle transport and confinement, ICRF heating schemes for DT plasmas, tritium retention, and fusion in high βp plasmas. The majority of this work is done in the TFTR supershot confinement regime. To obtain supershots, extensive limiter conditioning using helium fueled ohmic discharges and lithium pellet injection into ohmic and neutral beam heated plasmas is performed, resulting in a low recycling limiter. The relationship between recycling and core plasma confinement has been studied by using helium, deuterium and high-Z gas puffs to simulate high recycling limiter conditions. These studies show that confinement in TFTR supershots is very sensitive to the influx of neutral particles at the plasma edge. © 1995, All rights reserved.

Published
1995

7. Deuterium and tritium experiments on TFTR

Author

Strachan, JD, Adler, H, Barnes, CW, Batha, S, Bell, MG, Bell, R, Bitter, M, Bretz, NL, Budny, R, Bush, CE, Caorlin, M, Chang, Z, Darrow, DS, Duong, H, Durst, R, Efthimion, PC, Fisher, R, Fonck, RJ, Fredrickson, E, Grek, B, Grisham, LR, Hammett, G, Hawryiuk, RJ, Heidbrink, W, Herrmann, HW, Hill, KW, Hosea, J, Hsuan, H, Janos, A, Jassby, DL, Jobes, FC, Johnson, DW, Johnson, LC, Kugel, H, Lam, NT, LeBlanc, B, Levington, FM, Machuzak, J, Mansfield, DK, Mazzucato, E, Majeski, R, Marmar, E, McChesney, J, McGuire, KM, McKee, G, Meade, DM, Medley, SS, Mikkelsen, DR, Mueller, D, Murakami, M, Nazikian, R, Osakabe, M, Owens, DK, Park, H, Paul, SF, Petrov, M, Phillips, CK, Ramsey, AT, Redi, MH, Roberts, D, Rogers, J, Roquemore, AL, Ruskov, E, Sabbagh, SA, Sasao, M, Schilling, G, Schivell, J, Schmidt, GL, Scott, SD, Skinner, CH, Snipes, JA, Stevens, J, Stevenson, T, Stratton, BC, Synakowski, E, Taylor, G, Terry, JL, von Halle, A, von Goeler, S, Wilgen, JB, Wilson, JR, Wong, KL, Wurden, GA, Yamada, M, Young, KM, Zarnstorff, MC, and Zweben, SJ

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Other Physical Sciences, Fluids & Plasmas
Abstract

Three campaigns, prior to July 1994, attempted to increase the fusion power in DT plasmas on the Tokamak Fusion Test Reactor (TFTR). The first campaign was dedicated to obtaining >5 MW of fusion power while avoiding MHD events similar to the JET X-event. The second was aimed at producing maximum fusion power irrespective of proximity to MHD limits, and achieved 9 MW limited by a disruption. The third campaign increased the energy confinement time using lithium pellet conditioning while raising the ratio of alpha heating to beam heating.

Published
1994

8. Confinement and heating of a deuterium-tritium plasma

Author

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, and Rossmassler, R

Subjects
Mathematical Sciences, Physical Sciences, Engineering, General Physics
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.

Published
1994

9. Fusion power production from TFTR plasmas fueled with deuterium and tritium

Author

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, and Rogers, J

Subjects
Neurodegenerative, Mathematical Sciences, Physical Sciences, Engineering, General Physics
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.

Published
1994

10. Preparations for deuterium–tritium experiments on the Tokamak Fusion Test Reactor*

Author

Hawryluk, RJ, Adler, H, Alling, P, Ancher, C, Anderson, H, Anderson, JL, Anderson, JW, Arunasalam, V, Ascione, G, Aschroft, D, Barnes, CW, Barnes, G, Batchelor, DB, Bateman, G, Batha, S, Baylor, LA, Beer, M, Bell, MG, Biglow, TS, Bitter, M, Blanchard, W, Bonoli, P, Bretz, NL, Brunkhorst, C, Budny, R, Burgess, T, Bush, H, Bush, CE, Camp, R, Caorlin, M, Carnevale, H, Chang, Z, Chen, L, Cheng, CZ, Chrzanowski, J, Collazo, I, Collins, J, Coward, G, Cowley, S, Cropper, M, Darrow, DS, Daugert, R, DeLooper, J, Duong, H, Dudek, L, Durst, R, Efthimion, PC, Ernst, D, Faunce, J, Fonck, RJ, Fredd, E, Fredrickson, E, Fromm, N, Fu, GY, Furth, HP, Garzotto, V, Gentile, C, Gettelfinger, G, Gilbert, J, Gioia, J, Goldfinger, RC, Golian, T, Gorelenkov, N, Gouge, MJ, Grek, B, Grisham, LR, Hammett, G, Hanson, GR, Heidbrink, W, Hermann, HW, Hill, KW, Hirshman, S, Hoffman, DJ, Hosea, J, Hulse, RA, Hsuan, H, Jaeger, EF, Janos, A, Jassby, DL, Jobes, FC, Johnson, DW, Johnson, LC, Kamperschroer, J, Kesner, J, Kugel, H, Kwon, S, Labik, G, Lam, NT, LaMarche, PH, Laughlin, MJ, Lawson, E, LeBlanc, B, Leonard, M, Levine, J, Levinton, FM, Loesser, D, Long, D, Machuzak, J, Mansfield, DE, and Marchlik, M

Subjects
Astronomical and Space Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Classical Physics, Fluids & Plasmas
Abstract

The final hardware modifications for tritium operation have been completed for the Tokamak Fusion Test Reactor (TFTR) [Fusion Technol. 21, 1324 (1992)]. These activities include preparation of the tritium gas handling system, installation of additional neutron shielding, conversion of the toroidal field coil cooling system from water to a Fluorinert™ system, modification of the vacuum system to handle tritium, preparation, and testing of the neutral beam system for tritium operation and a final deuterium-deuterium (D-D) run to simulate expected deuterium-tritium (D-T) operation. Testing of the tritium system with low concentration tritium has successfully begun. Simulation of trace and high power D-T experiments using D-D have been performed. The physics objectives of D-T operation are production of ≈ 10 MW of fusion power, evaluation of confinement, and heating in deuteriumtritium plasmas, evaluation of α-particle heating of electrons, and collective effects driven by alpha particles and testing of diagnostics for confined a particles. Experimental results and theoretical modeling in support of the D-T experiments are reviewed. © 1994 American Institute of Physics.

Published
1994

11. OVERVIEW OF RECENT TFTR RESULTS

Author

ZARNSTORFF, MC, BATEMAN, G, BATHA, SH, BEER, M, BELL, MG, BELL, RE, BIGLARI, H, BITTER, M, BOIVIN, R, BRETZ, NL, BUDNY, RV, BUSH, CE, CALLEN, JD, CHANG, Z, CHEN, L, CHENG, CZ, COWLEY, SC, DARROW, DS, DURST, RD, EFTHIMION, PC, FONCK, RJ, FREDRICKSON, ED, FU, GY, FURTH, HP, GREENE, GJ, GREK, B, GRISHAM, LR, HAMMETT, GW, HAWRYLUK, RJ, HEIDBRINK, WW, HILL, KW, HIRSHMAN, SP, HOFFMAN, DJ, HOSEA, JC, HUGHES, M, HULSE, RA, JANOS, AC, JASSBY, DL, JOBES, FC, JOHNSON, DW, JOHNSON, LC, KAMPERSCHROER, J, KESNER, J, KUGEL, H, LAMARCHE, PH, LEBLANC, B, LEVINTON, F, MACHUZAK, JS, MAJESKI, R, MANOS, DM, MANSFFIELD, DK, MARMAR, ES, MAUEL, ME, MAZZUCATO, E, MCCARTHY, MP, MCCUNE, DC, MCGUIRE, KM, MEADE, DM, MEDLEY, SS, MIKKELSEN, DR, MONTICELLO, DA, MUELLER, D, MURAKAMI, M, MURPHY, J, NAGAYAMA, Y, NAVRATIL, GA, NAZIKIAN, R, OWENS, DK, PARK, HK, PARK, W, PAUL, SF, PERKINS, FW, PERRY, E, PHILLIPS, CK, PHILLIPS, M, PITCHER, S, POMPHREY, N, RASMUSSEN, DA, REDI, MH, REWOLDT, G, RIMINI, F, ROBERTS, D, ROQUEMORE, AL, SABBAGH, SA, SCHILLING, G, SCHIVELL, J, SCHMIDT, GL, SCOTT, SD, SNIPES, JA, STEVENS, JE, STODIEK, W, STRACHAN, JD, STRATTON, BC, SYNAKOWSKI, EJ, TANG, WM, TAYLOR, G, TERRY, JL, THOMPSON, M, TOWNER, HH, and TSUI, H

Published
1993

12. Overview of TFTR transport studies

Author

Hawryluk, RJ, Arunasalam, V, Barnes, CW, Beer, M, Bell, M, Bell, R, Biglari, H, Bitter, M, Boivin, R, Bretz, NL, Budny, R, Bush, CE, Cheng, CZ, Chu, TK, Cohen, SA, Cowley, S, Efhimion, PC, Fonck, RJ, Fredrickson, E, Furth, HP, Goldston, RJ, Greene, G, Grek, B, Grisham, LR, Hammett, G, Heidbrink, W, Hill, KW, Hosea, J, Hulse, RA, Hsuan, H, Janos, A, Jassby, D, Jobes, FC, Johnson, DW, Johnson, LC, Kesner, J, Kieras-Phillips, C, Kilpatrick, SJ, Kugel, H, La Marche, PH, LeBlanc, B, Manos, DM, Mansfield, DK, Marmar, ES, Mazzucato, E, McCarthy, MP, Mauel, M, McCune, DC, McGuire, KM, Meade, DM, Medley, SS, Mikkelsen, DR, Monticello, D, Motley, R, Mueller, D, Nagayama, Y, Navratil, GA, Nazikian, R, Owens, DK, Park, H, Park, W, Paul, S, Perkins, F, Pitcher, S, Ramsey, AT, Redi, MH, Rewoldt, G, Roberts, D, Roquemore, AL, Rutherford, PH, Sabbagh, S, Schilling, G, Schivell, J, Schmidt, GL, Scott, SD, Snipes, J, Stevens, J, Stratton, BC, Stodiek, W, Synakowski, E, Takase, Y, Tang, W, Taylor, G, Terry, J, Timberlake, JR, Towner, HH, Ulrickson, M, Von Goeler, S, Wieland, R, Williams, M, Wilson, JR, Wong, KL, Yamada, M, Yoshikawa, S, Young, KM, Zarnstorff, MC, and Zweben, SJ

Subjects
Fluids & Plasmas, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Other Physical Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics
Abstract

A review of TFTR plasma transport studies is presented. Parallel transport and the confinement of suprathermal ions are found to be relatively well described by theory. Cross-field transport of the thermal plasma, however, is anomalous with the momentum diffusivity being comparable to the ion thermal diffusivity and larger than the electron thermal diffusivity in neutral beam heated discharges. Perturbative experiments have studied nonlinear dependencies in the transport coefficients and examined the role of possible nonlocal phenomena. The underlying turbulence has been studied using microwave scattering, beam emission spectroscopy and microwave reflectometry over a much broader range in k perpendicular to than previously possible. Results indicate the existence of large-wavelength fluctuations correlated with enhanced transport.

Published
1991

13. High-temperature plasmas in a tokamak fusion test reactor

Author

Strachan, JD, Bitter, M, Ramsey, AT, Zarnstorff, MC, Arunasalam, V, Bell, MG, Bretz, NL, Budny, R, Bush, CE, Davis, SL, Dylla, HF, Efthimion, PC, Fonck, RJ, Fredrickson, E, Furth, HP, Goldston, RJ, Grisham, LR, Grek, B, Hawryluk, RJ, Heidbrink, WW, Hendel, HW, Hill, KW, Hsuan, H, Jaehnig, KP, Jassby, DL, Jobes, F, Johnson, DW, Johnson, LC, Kaita, R, Kampershroer, J, Knize, RJ, Kozub, T, LeBlanc, B, Levinton, F, La Marche, PH, Manos, DM, Mansfield, DK, McGuire, K, McNeill, DH, Meade, DM, Medley, SS, Morris, W, Mueller, D, Nieschmidt, EB, Owens, DK, Park, H, Schivell, J, Schilling, G, Schmidt, GL, Scott, SD, Sesnic, S, Sinnis, JC, Stauffer, FJ, Stratton, BC, Tait, GD, Taylor, G, Towner, HH, Ulrickson, M, von Goeler, S, Wieland, R, Williams, MD, Wong, K-L, Yoshikawa, S, Young, KM, and Zweben, SJ

Subjects
Mathematical Sciences, Physical Sciences, Engineering, General Physics
Abstract

Neutral-beam heating of plasmas in the Tokamak Fusion Test Reactor at low preinjection densities [ne(0)1019 m-3] were characterized by Te(0)=6.5 keV, Ti(0)=20 keV, ne(0)=7×1019 m-3, E=170 msec, theta=2, and a d(d,n)3He neutron emission rate of 1016 sec-1. The ion temperature and the deuterium-fusion neutron yields were significantly higher than for previous tokamak experiments. The low initial densities were achieved by operation of the Tokamak Fusion Test Reactor with low plasma currents (1 MA) and by extensive limiter conditioning. © 1987 The American Physical Society.

Published
1987

14. CHARGED FUSION PRODUCT AND FAST ION LOSS IN TFTR

Author

Zweben, Sj, Boivin, R., Darrow, Ds, Fredrickson, Ed, Mynick, He, White, Rb, Biglari, H., Bretz, Nl, Budny, Rv, Bush, Ce, Chang, Cs, Chen, L., Cheng, Cz, Fisher, R., Fonck, Rj, Fu, Gy, Hammett, Gw, Hawryluk, Rj, Hosea, Jc, Johnson, Lc, Machuzak, Js, Mansfield, Dk, Mcchesney, J., Mcguire, Km, Mckee, G., Medley, Ss, Murakami, M., Raffi Nazikian, Owens, Dk, Park, Hk, Park, J., Phillips, Ck, Schivell, J., Stratton, Bc, Tuszewski, M., Ulrickson, M., Wilson, R., Woskov, P., and Young, Km

16. Physics of high performance deuterium-tritium plasmas in TFTR

Author

Mcguire, Km, Barnes, Cw, Batha, Sh, Beer, Ma, Bell, Mg, Bell, Re, Belov, A., Berk, Hl, Bernabei, S., Bitter, M., Breizman, Bn, Bretz, Nl, Budny, Rv, Bush, Ce, Callen, Jd, Cauffman, S., Chang, Cs, Chang, Z., Cheng, Cz, Cottrell, Ga, Darrow, Ds, Dendy, Ro, Dorland, W., Duong, H., Efthimion, Pc, Ernst, D., Evenson, H., Fisch, Nj, Fisher, R., Fonck, Rj, Forest, Cb, Fredrickson, Ed, Fu, Gy, Furth, Hp, Goloborod Ko, Vy, Gorelenkov, Nn, Grek, B., Grisham, Lr, Hammett, Gw, Hanson, Gr, Hawryluk, Rj, Heidbrink, Ww, Herrmann, Hw, Herrmann, M., Hill, Kw, Hogan, J., Hooper, B., Hosea, Jc, Houlberg, Wa, Hughes, M., Hulse, Ra, Jassby, Dl, Jobes, Fc, Johnson, Dw, Kaita, R., Kaye, Sm, Kesner, J., Kim, Js, Kissick, M., Krasilnikov, Av, Kugel, Hw, Kumar, A., Lam, Nt, Lamarche, P., Leblanc, B., Levinton, Fm, Ludescher, C., Machuzak, J., Majeski, R., Manickam, J., Mansfield, Dk, Mauel, Me, Mazzucato, E., Mcchesney, J., Mccune, Dc, Mckee, G., Meade, Dm, Medley, Ss, Mika, R., Mikkelsen, Dr, Mirnov, Sv, Mueller, D., Nagayama, Y., Navratil, Ga, Nazikian, R., Okabayashi, M., Owens, Dk, Park, Hk, Park, W., Parks, P., Paul, Sf, Petrov, Mp, Phillips, Ck, Phillips, M., Phillips, P., Ramsey, At, Redi, Mh, Rewoldt, G., Reznik, S., Rogers, Jh, Roquemore, Al, Ruskov, E., Sabbagh, Sa, Sasao, M., Schilling, G., Schivell, J., Schmidt, Gl, Scott, Sd, Semenov, Ib, Senko, T., Sesnic, S., Skinner, Ch, Stevenson, T., Stodiek, W., Strachan, Jd, Strait, Ej, Stratton, Bc, Synakowski, Ej, Takahashi, H., Tang, Wm, Taylor, G., Terry, Jl, Thompson, Me, Goeler, S., Halle, A., Walters, Rt, Wang, S., White, Rb, Wieland, Rm, Williams, M., Wilson, Jr, Wong, Kl, Glen Wurden, Yamada, M., Yavorski, V., Young, Km, Zakharov, Le, Zarnstorff, Mc, Zweben, Sj, and INT ATOMIC ENERGY AGCY

17. ICRF results in D-T plasmas in JET and TFTR and implications for ITER

Author

Adams, JM, Ageladarakis, P, Alper, B, Altmann, H, Amasov, V, Arshad, S, Andrew, P, Andrew, Y, Bailey, D, Bainbridge, N, Balet, B, Baranov, Y, Barker, P, Barnsley, R, Baronian, M, Bartlett, DV, Bell, AC, Bertalot, L, Bertolini, E, Bhatnagar, V, Bickley, AJ, Bindslev, H, Blackler, K, Bond, D, Bonicelli, T, Borba, D, Brandon, M, Breger, P, Brelen, H, Brennan, P, Brewerton, WJ, Browne, ML, Budd, T, Budny, R, Burt, A, Businaro, T, Buzio, M, Caldwell-Nicholls, C, Campling, D, Card, P, Challis, CD, Chankin, AV, Chiron, D, Christiansen, J, Chuilon, P, Ciric, D, Claesen, R, Clarke, HE, Clement, S, Coad, JP, Coffey, I, Conroy, S, Conway, G, Cooper, S, Cordey, JG, Corrigan, G, Cottrell, G, Cox, M, Cox, SJ, Cusack, R, Davies, N, Davies, SJ, Davis, JJ, de Benedetti, M, de Esch, H, de Haas, J, Deksnis, E, Deliyanakis, N, Dines, A, Dmitrenko, SL, Dobbing, J, Dolgetta, N, Dorling, SE, Doyle, PG, Duquenoy, H, Edwards, AM, Edwards, AW, Egedal, J, Ehrenberg, J, Ekedahl, A, Elevant, T, Ellis, J, Endler, M, Erents, SK, Ericsson, G, Esposito, B, Eriksson, LG, Falter, H, Farthing, JW, Fichtmuller, M, Fishpool, G, Fullard, K, Gadeberg, M, Galbiati, L, Gibson, A, Gill, RD, Godden, D, Gondhalekar, A, Goodall, D, Gormezano, C, Gowers, C, Groth, M, Guenther, K, Guo, H, Haigh, A, Haist, B, Hancock, CJ, Harbour, PJ, Hawkes, NC, Hawkes, NP, Hemmerich, JL, Hender, T, Hoekzema, J, Horton, L, Howman, A, Huart, M, Hughes, TP, Hurd, F, Huysmans, G, Ingesson, C, Ingram, B, Irving, M, Jacquinot, J, Jaeckel, H, Jaeger, JF, Jarvis, ON, Johnson, M, Jones, EM, Jones, TTC, Junger, JF, Junique, F, Jupen, C, Kallne, J, Kaye, A, Keen, BE, Keilhacker, M, Kerner, W, Kidd, NG, Knipe, S, Konig, R, Korotkov, A, Krasilnikov, A, Krom, JG, Kupschus, P, Lasser, R, Last, JR, Lauro-Taroni, L, Lawson, K, Lennholm, M, Lingertat, J, Litaudon, X, Loarer, T, Lomas, PJ, Loughlin, M, Lowry, C, Maas, AC, Macklin, B, Maggi, CF, Mantsinen, M, Marchese, V, Marcus, F, Mart, J, Martin, D, Matthews, G, McBryan, H, McCracken, G, McCullen, PA, Meigs, A, Middleton, R, Miele, P, Milani, F, Mills, J, Mohanti, R, Monk, R, Morgan, P, Murphy, G, Nave, F, Newbert, G, Nielsen, P, Noll, P, Obert, W, O'Brien, D, O'Mullane, M, Oord, E, Ostrom, R, Papastergiou, S, Parail, VV, Parkinson, R, Parsons, W, Patel, B, Paynter, A, Perevezentsev, A, Peacock, A, Pearce, RJH, Pick, MA, Plancoulaine, J, Pogutse, O, Prentice, R, Puppin, S, Radford, G, Reichle, R, Riccardo, V, Rimini, F, Rochard, F, Rolfe, A, Roquemore, AL, Ross, RT, Rossi, A, Sadler, G, Saibene, G, Santaguistina, A, Sartori, R, Saunders, R, Schild, P, Schmid, M, Schmidt, V, Schokker, B, Schunke, B, Scott, SM, Sharapov, S, Sibley, A, Simon, M, Simonini, R, Sips, ACC, Smeulders, P, Smith, P, Smith, R, Soldner, F, Spence, J, Springman, E, Stagg, R, Stamp, M, Stangeby, P, Start, DF, Stork, D, Stott, PE, Strachan, JD, Stubberfield, P, Summers, D, Svensson, L, Svensson, P, Tabasso, A, Tabellini, M, Tait, J, Tanga, A, Taroni, A, Terella, C, Thomas, PR, Thomsen, K, Traneus, E, Tubbing, B, Twyman, P, Vadgama, A, van Belle, P, Vlases, GC, von Hellermann, M, Wade, T, Walton, R, Ward, D, Watkins, ML, Watkins, N, Watson, MJ, Wheatley, M, Wilson, D, Winkel, T, Young, D, Young, ID, Yu, Q, Zastrow, KD, Zwingmann, W, McGuire, KM, Barnes, CW, Batha, SH, Beer, MA, Bell, MG, Bell, RE, Belov, A, Berk, HL, Bernabei, S, Bitter, M, Breizman, BN, Bretz, NL, Budny, RV, Bush, CE, Callen, JD, Cauffman, S, Chang, CS, Chang, Z, Cheng, CZ, Cottell, GA, Darrow, DS, Dendy, RO, Dorland, W, Duong, H, Efthimion, PC, Ernst, D, Evenson, H, Fisch, NJ, Fisher, R, Fonck, RJ, Forest, CB, Fredrickson, ED, Fu, GY, Furth, HP, Goloborod'ko, VY, Gorelenkov, NN, Grek, B, Grisham, LR, Hammett, GW, Hanson, GR, Hawryluk, RJ, Heidbrink, WW, Herrmann, HW, Herrmann, M, Hill, KW, Hogan, J, Hooper, B, Hosea, JC, Houlberg, WA, Hughes, M, Hulse, RA, Jassby, DL, Jobes, FC, Johnson, DW, Kaita, R, Kaye, SM, Kesner, J, Kim, JS, Kissick, M, Krasilnikov, AV, Kugel, HW, Kumar, A, Lam, NT, LaMarche, P, LeBlanc, B, Levinton, FM, Ludescher, C, Machuzak, J, Majeski, R, Manickam, J, Mansfield, DK, Mauel, ME, Mazzucato, E, McChesney, J, McCune, DC, McKee, G, Meade, DM, Medley, SS, Mika, R, Mikkelsen, DR, Mirnov, SV, Mueller, D, Nagayama, Y, Navratil, GA, Nazikian, R, Okabayashi, M, Owens, DK, Park, HK, Park, W, Parks, P, Paul, SF, Petrov, MP, Phillips, CK, Phillips, M, Phillips, P, Ramsey, AT, Redi, MH, Rewoldt, G, Reznik, S, Rogers, JH, Ruskov, E, Sabbagh, SA, Sasao, M, Schilling, G, Schivell, J, Schmidt, GL, Scott, SD, Senenov, IB, Senko, T, Sesnic, S, Skinner, CH, Stevenson, T, Stodiek, W, Strait, EJ, Stratton, BC, Synakowski, EJ, Takahashi, H, Tang, WM, Taylor, G, Terry, JL, Thompson, ME, Von Goeler, S, Von Halle, A, Walters, RT, Wang, S, White, RB, Wieland, RM, Williams, M, Wilson, JR, Wong, KL, Wurden, GA, Yamada, M, Yavorski, V, Young, KM, Zakharov, LE, Zarnstorff, MC, Zweben, SJ, Team, JET, and Team, TFTR

18. ICRF HEATING AND TRANSPORT OF DEUTERIUM-TRITIUM PLASMAS IN TFTR

Author

Murakami, M., Jaeger, Ef, Majeski, R., Phillips, Ck, Rasmussen, Da, Rogers, Jh, Schilling, G., Stevens, Je, Taylor, G., Wang, Cy, Wilson, Jr, Batchelor, Db, Bell, Mg, Budny, Rv, Bush, Ce, Bretz, Nl, Darrow, D., England, Ac, Frederickson, E., Goldfinger, R., Gregory Hammett, Hanson, Gr, Hosea, Jc, Park, Hk, Scott, Sd, Synakowski, E., Wieland, Rm, Wilgen, Jb, and Zarnstorff, Mc

Subjects
General Engineering

19. OVERVIEW OF RECENT TFTR RESULTS

Author

Zarnstorff, Mc, Bateman, G., Batha, Sh, Beer, M., Bell, Mg, Bell, Re, Biglari, H., Bitter, M., Boivin, R., Bretz, Nl, Budny, Rv, Bush, Ce, Callen, Jd, Chang, Z., Chen, L., Cheng, Cz, Cowley, Sc, Darrow, Ds, Durst, Rd, Efthimion, Pc, Fonck, Rj, Fredrickson, Ed, Fu, Gy, Furth, Hp, Greene, Gj, Grek, B., Grisham, Lr, Hammett, Gw, Hawryluk, Rj, Heidbrink, Ww, Hill, Kw, Hirshman, Sp, Hoffman, Dj, Hosea, Jc, Hughes, M., Hulse, Ra, Janos, Ac, Jassby, Dl, Jobes, Fc, Johnson, Dw, Johnson, Lc, Kamperschroer, J., Kesner, J., Kugel, H., Lamarche, Ph, Leblanc, B., Levinton, F., Machuzak, Js, Majeski, R., Manos, Dm, Mansffield, Dk, Marmar, Es, Mauel, Me, Mazzucato, E., Mccarthy, Mp, Mccune, Dc, Mcguire, Km, Meade, Dm, Medley, Ss, Mikkelsen, Dr, Monticello, Da, Mueller, D., Murakami, M., Murphy, J., Nagayama, Y., Navratil, Ga, Nazikian, R., Owens, Dk, Park, Hk, Park, W., Paul, Sf, Perkins, Fw, Perry, E., Phillips, Ck, Phillips, M., Pitcher, S., Pomphrey, N., Rasmussen, Da, Redi, Mh, Rewoldt, G., Rimini, F., Roberts, D., Roquemore, Al, Sabbagh, Sa, Schilling, G., Schivell, J., Schmidt, Gl, Scott, Sd, Snipes, Ja, Stevens, Je, Stodiek, W., Strachan, Jd, Stratton, Bc, Synakowski, Ej, Tang, Wm, Taylor, G., Terry, Jl, Thompson, M., Towner, Hh, Tsui, H., Tuszewski, M., Ulrickson, M., Vongoeler, S., Vonhalle, A., Wieland, Rm, William Tang, Wilson, Jr, Wong, Kl, Woskov, P., Wurden, Ga, Yamada, M., Young, Km, and Zweben, Sj

20. OVERVIEW OF RECENT TFTR RESULTS

Author

Zarnstorff, Mc, Bateman, G., Batha, Sh, Beer, M., Bell, Mg, Bell, Re, Biglari, H., Bitter, M., Boivin, R., Bretz, Nl, Budny, Rv, Bush, Ce, Callen, Jd, Chang, Z., Chen, L., Cheng, Cz, Cowley, Sc, Darrow, Ds, Durst, Rd, Efthimion, Pc, Fonck, Rj, Fredrickson, Ed, Fu, Gy, Furth, Hp, Greene, Gj, Grek, B., Grisham, Lr, Gregory Hammett, Hawryluk, Rj, Heidbrink, Ww, Hill, Kw, Hirshman, Sp, Hoffman, Dj, Hosea, Jc, Hughes, M., Hulse, Ra, Janos, Ac, Jassby, Dl, Jobes, Fc, Johnson, Dw, Johnson, Lc, Kamperschroer, J., Kesner, J., Kugel, H., Lamarche, Ph, Leblanc, B., Levinton, F., Machuzak, Js, Majeski, R., Manos, Dm, Mansffield, Dk, Marmar, Es, Mauel, Me, Mazzucato, E., Mccarthy, Mp, Mccune, Dc, Mcguire, Km, Meade, Dm, Medley, Ss, Mikkelsen, Dr, Monticello, Da, Mueller, D., Murakami, M., Murphy, J., Nagayama, Y., Navratil, Ga, Nazikian, R., Owens, Dk, Park, Hk, Park, W., Paul, Sf, Perkins, Fw, Perry, E., Phillips, Ck, Phillips, M., Pitcher, S., Pomphrey, N., Rasmussen, Da, Redi, Mh, Rewoldt, G., Rimini, F., Roberts, D., Roquemore, Al, Sabbagh, Sa, Schilling, G., Schivell, J., Schmidt, Gl, Scott, Sd, Snipes, Ja, Stevens, Je, Stodiek, W., Strachan, Jd, Stratton, Bc, Synakowski, Ej, Tang, Wm, Taylor, G., Terry, Jl, Thompson, M., Towner, Hh, Tsui, H., Tuszewski, M., Ulrickson, M., Vongoeler, S., Vonhalle, A., Wieland, Rm, Williams, M., Wilson, Jr, Wong, Kl, Woskov, P., Wurden, Ga, Yamada, M., Young, Km, Zweben, Sj, and INT ATOM ENERGY AGCY

21. DEUTERIUM-TRITIUM EXPERIMENTS ON THE TOKAMAK FUSION TEST REACTOR

Author

Hosea, J., Adler, Jh, Alling, P., Ancher, C., Anderson, H., Anderson, Jl, Anderson, Jw, Arunasalam, V., Ascione, G., Ashcroft, D., Barnes, Cw, Barnes, G., Batha, S., Bell, Mg, Bell, R., Bitter, M., Blanchard, W., Bretz, Nl, Brunkhorst, C., Budny, R., Burgess, T., Bush, H., Bush, Ce, Camp, R., Caorlin, M., Carnevale, H., Cauffman, S., Chang, Z., Cheng, Cz, Chrzanowski, J., Collins, J., Coward, G., Cropper, M., Darrow, Ds, Daugert, R., Delooper, J., Duong, H., Dudek, L., Durst, R., Efthimion, Pc, Ernst, D., Faunce, J., Fisher, R., Fonck, Rj, Fredd, E., Fredrickson, E., Fromm, N., Fu, Gy, Furth, Hp, Garzotto, V., Gentile, C., Gettelfinger, G., Gilbert, J., Gioia, J., Golian, T., Gorelenkov, N., Grek, B., Grisham, Lr, Gregory Hammett, Hanson, Gr, Hawryluk, Rj, Heidbrink, W., Herrmann, Hw, Hill, Kw, Hsuan, H., Janos, A., Jassby, Dl, Jobes, Fc, Johnson, Dw, Johnson, Lc, Kamperschroer, J., Kesner, J., Kugel, H., Kwon, S., Labik, G., Lam, Nt, Lamarche, Ph, Lawson, E., Leblanc, B., Leonard, M., Levine, J., Levinton, Fm, Loesser, D., Long, D., Loughlin, Mj, Machuzak, J., Mansfield, Dk, Marchlik, M., Marmar, Es, Marsala, R., Martin, A., Martin, G., Mastrocola, V., Mazzucato, E., Majeski, R., Mauel, M., Mccarthy, Mp, Mccormack, B., Mccune, Dc, Mcguire, Km, Meade, Dm, Medley, Ss, Mikkelsen, Dr, Milora, Sl, Mueller, D., Murakami, M., Murphy, Ja, Nagy, A., Navratil, Ga, Nazikian, R., Newman, R., Nishitani, T., Norris, M., Oconnor, T., Oldaker, M., Ongena, J., Osakabe, M., Owens, Dk, Park, H., Park, W., Paul, Sf, Pavlov, Yi, Pearson, G., Perkins, F., Perry, E., Persing, R., Petrov, M., Phillips, Ck, Pitcher, S., Popovichev, S., Pysher, R., Qualls, Al, Raftopoulos, S., Ramakrishnan, R., Ramsey, A., Rasmussen, Da, Redi, Mh, Renda, G., Rewoldt, G., Roberts, D., Rogers, J., Rossmassler, R., Roquemore, Al, Ruchov, E., Sabbagh, Sa, Sasao, M., Schilling, G., Schivell, J., Schmidt, Gl, Scillia, R., Scott, Sd, Senko, T., Sissingh, R., Skinner, C., Snipes, J., Snook, P., Stencel, J., Stevens, J., Stevenson, T., Stratton, Bc, Strachan, Jd, Stodiek, W., Synakowski, E., Tang, W., Taylor, G., Terry, J., Thompson, Me, Timberlake, Jr, Towner, Hh, Vonhalle, A., Vannoy, C., Wester, R., Wieland, R., Wilgen, Jb, Williams, M., Wilson, Jr, Winston, J., Wright, K., Wong, D., Wong, Kl, Woskov, P., Wurden, Ga, Yamada, M., Yeun, A., Yoshikawa, S., Young, Km, Zarnstorff, Mc, and Zweben, Sj

22. ICRF HEATING ON TFTR - EFFECT ON STABILITY AND PERFORMANCE

Author

Wilson, Jr, Bell, Mg, Biglari, H., Bitter, M., Bretz, Nl, Budny, Rv, Bush, Ce, Chang, Z., Chen, L., Darrow, Ds, Efthimion, Pc, Fredrickson, Ed, Fu, Gy, Goldfinger, Rc, Grek, B., Grisham, Lr, Hammett, Gw, Hawryluk, Rj, Hoffman, Dj, Hosea, Jc, Janos, Ac, Jassby, Dl, Jobes, Fc, Johnson, Dw, Johnson, Lc, Machuzak, Js, Majeski, R., Mansfield, Dk, Mazzucato, E., Mcguire, Km, Medley, Ss, Mueller, D., Murakami, M., Raffi Nazikian, Owens, Dk, Park, Hk, Paul, Sf, Phillips, Ck, Ramsey, At, Rasmussen, Da, Rimini, F., Rogers, Jh, Roquemore, Al, Schilling, G., Schivell, J., Schmidt, Gl, Stevens, Je, Strachan, Jd, Stratton, Bc, Synakowski, Ej, Taylor, G., Ulrickson, M., Wong, Kl, Yamada, M., Young, Km, Zarnstorff, Mc, and Zweben, Sj

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