因此通过何种方法解决，使介质损耗因素值能不受或少受外部原因的干扰，从而较准确的实时反映设备绝缘状态就显得尤为重要。
Therefore, it's very important to find out how to avoid or reduce the external interfering to the data of dielectric lose factor, then help us to get the accurate status of equipment insulation.
通过对PM MA塑料光纤中的主要损耗因素C - H谐波吸收进行了理论分析，并进行了定量计算，结果与实际测量数据一致。
Absorption loss due to high harmonics of C-H vibrations, the primary loss factor in PMMA POF, was analyzed and calculated. And the results were consistent with measured datas.
许多因素都被忽略了，如输配电损耗、大批人口需要安置。
Many factors such as transmission and distribution losses, and uncounted people in need of resettling were ignored.
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