空气绝缘起始放电电压在不同压力下表现出不同的特征。
The initial discharge voltage using pressured air as insulation medium has different characters under diverse pressures.
对于电极表面有缺陷的情况，只要选取适当的电极表面轮廓模型，其起始放电电压也是可计算的。
In the case of electrode surface imperfections, the discharge inception voltage can also be calculated provided a suitable electrode surface profile model is chosen.
文章指出了现有的起始放电电压计算公式的局限性；
The paper designates the limitation of the existing formula for calculating the inception discharge voltage;
随着油的流速增大，发生局部放电的起始电压得到提高，流速的增大有利于提高油的绝缘强度。
Initiation voltage was enhanced with the increase of velocity. The increase of velocity was good to the strength of oil insulation.
随着油的温度升高，发生局部放电的起始电压得到提高，温度的升高有利于提高油的绝缘强度。
Initiation voltage was enhanced with the increase of temperature. The increase of temperature was good to the strength of oil insulation.
随着油的温度升高，发生局部放电的起始电压得到提高，温度的升高有利于提高油的绝缘强度。
Initiation voltage was enhanced with the increase of temperature. The increase of temperature was good to the strength of oil insulation.
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