On the basis of the generalized Rutherford equation (GRE), an expression for (eta)_(NTM) velence j_(CD,max)/j_(BS) as required for full suppression of neoclassical tearing modes (NTM) is obtained. The effects of CW or modulated j_(CD) inside the island, the effect of j_(CD) outside the island on the quasi-linear mode stability, and the effect of the localized heating inside the island can all be accounted for. When only j_(CD) inside the island is taken into account, a new criterion for full NTM suppression is obtained in the form of a joint condition on a maximum allowed power deposition width, w_(dep), and a minimum required driven current, w_(dep) (eta)_(NTM). The ITER ECRH Upper Port Launcher design is optimized towards a minimal required power for NTM suppression.
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机译：基于广义的Rutherford方程（GRE），获得了（ETA）_（NTM）velence J_（CD，MAX）/ J_（BS）的表达式，用于全抑制新古典撕裂模式（NTM）。 CW或调制的J_（CD）在岛内的效果，岛上的J_（CD）对准线性模式稳定性的影响，以及岛内局部加热的效果都可以解释。当考虑到岛内仅J_（CD）时，在最大允许的功率沉积宽度，W_（DEP）和最小所需的驱动电流，以接合条件的形式获得全NTM抑制的新标准。 w_（dep）（eta）_（ntm）。 ITER ECRH上端口发射器设计针对NTM抑制的最小所需功率进行了优化。
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