The new compact ICRH antenna (CIA) with low electric field and conjugate-T has been installed in KSTAR. It is essential for studying the effect on the KSTAR plasma of H minority heating as a main ICRH scheme. The TRANSP-TORIC code has been adopted for analyzing the ICRH effect. The calculation using TRANSP-TORIC has been conducted with an additional 1 MW of ICRH power to the KSTAR operation at B₀ = 2.0 T. About 75% of the ICRH power has coupled to the H minority heating, and most of the power of H minority heating has contributed to the energy of D majority ions and electrons. The deposited profile of the minority heating power varies with the concentration rate of the H minority ions and shows the possibility of producing energetic particles which appears to the increasing energy of D majority ions. The power of the H minority heating has good coupling to the majority ions in the broad range of 5 < n_// < 35, including n_// of the newly installed CIA in KSTAR.

具有低电场和共轭T的新型紧凑型ICRH天线（CIA）已安装在KSTAR中。作为主要的ICRH方案，对于研究少数族裔加热对KSTAR等离子体的影响至关重要。已采用TRANSP-TORIC代码来分析ICRH效果。使用TRANSP-TORIC进行的计算是在B ₀处向KSTAR操作额外增加了1 MW ICRH功率的情况下进行的 = 2.0T。约有75％的ICRH功率与少数氢的加热有关，而少数氢的加热的大部分贡献了D多数离子和电子的能量。少数加热功率的沉积曲线随H少数离子的浓度变化而变化，并显示出产生高能粒子的可能性，这似乎与D多数离子能量的增加有关。H少数族裔加热的功率与5≤n _//  <35的宽范围内的多数离子具有良好的耦合，包括KSTAR中新安装的CIA的n _//。