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Articles

Profile constraint in toroidal plasmas and methodologies to break leading to transport barrier

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Figures & data

Figure 1. Heat flux PDF P(S) for (a1) quiescent phase and (a2) bursting phase, and corresponding heat flux contribution (right bottom) for both positive (red) and negative (green) components and associated net heat flux for bursting phase (a2). [modified from ref. (Citation16)].

Figure 1. Heat flux PDF P(S) for (a1) quiescent phase and (a2) bursting phase, and corresponding heat flux contribution (right bottom) for both positive (red) and negative (green) components and associated net heat flux for bursting phase (a2). [modified from ref. (Citation16)].

Figure 2. Results of flux-driven simulation in the case with (A) momentum input modelling NBI and (B) no-momentum input with applying both ion and electron heating simultaneously. (A1) (B1) show temperature and q profiles and (A2) (B2) show ion heat diffusivity. [from ref. 00]. [from (Citation19)].

Figure 2. Results of flux-driven simulation in the case with (A) momentum input modelling NBI and (B) no-momentum input with applying both ion and electron heating simultaneously. (A1) (B1) show temperature and q profiles and (A2) (B2) show ion heat diffusivity. [from ref. 00]. [from (Citation19)].

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