Thus, Dissolved Gases in oil is used as character of the fault diagnosis.
因此，本文选用油中溶解气体作为故障诊断的特征量。
It can availably predict the concentrations of the dissolved gases in transformer oil and diagnose insulation condition of transformer in future.
该方法能够有效地预测未来时刻变压器油中溶解气体的浓度、诊断变压器在未来时刻的绝缘状况。
Currently, the chromatographic column and gas sensor are widely used in online monitoring devices of dissolved gases in transformer oil.
目前，色谱柱和气敏传感器已广泛应用于变压器油中溶解气体在线监测装置中。
The matters needing attention in application of the Stan dard, Guide for interpretation of dissolved gases in Oil-Immersed Transformer, are given.
指出了应用《变压器油中溶解气体分析和判断导则》标准中应注意的问题。
Being directed at the mail problems in the diagnosis, we analyzed the composition of gases dissolved in insulation oil.
针对当前变压器故障诊断中的几个主要问题，利用气相色谱对变压器油中溶解气体成分进行了跟踪分析。
At present available prediction models of gases dissolved in transformer oil are grey models, but there are certain limitations for them.
目前变压器油中气体浓度预测普遍采用灰色模型，但灰色模型的使用存在一定局限性。
Research situation about the oil-dissolved gases extraction technique and the measuring technique for the concentration of two gases extracted from insulation oil is summarized.
概述了对油中溶解气体脱气技术及对从油中脱出的这两种气体浓度的测量技术的研究情况。
Research situation about the oil-dissolved gases extraction technique and the measuring technique for the concentration of two gases extracted from insulation oil is summarized.
概述了对油中溶解气体脱气技术及对从油中脱出的这两种气体浓度的测量技术的研究情况。
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