压力下降的情况会随着雷诺数升高而升高，也会随着散热片的高度和宽度提高而提高。
The pressure drop increases as the Reynolds number, the fin width and the fin height increase.
随着频率的升高，即使在磁感应强度较低时，涡流损耗和剩余损耗的影响不容忽视，且两者都随温度的升高而升高。
With an increase of the frequency and temperature, the eddy current loss and residual loss contributed to the total loss at the low induction.
结果表明，该体系双液相区随着温度的升高略有增加，结线的斜率也随温度的升高而增大。
The results show that two-phase area is expanded with the increasing temperature and the slope of the equilibrium tie line also increases.
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