When the ions build up, they create an electric field around the middle of the nanotube, increasing its conductivity.
随着离子的不断累积，其将在纳米管中部的周围产生电场，从而提升纳米晶体管的传导性。
The results indicate that increasing effective axial thermal conductivity will reduce the hotspot temperature and ascend its location.
结果表明，增大床层有效导热系数，床层热点温度下降，热点位置提前，因此可以提高反应器的进料浓度。
The results indicate that increasing effective axial thermal conductivity will reduce the hotspot temperature and ascend its location.
结果表明，增大床层有效导热系数，床层热点温度下降，热点位置提前，因此可以提高反应器的进料浓度。
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