Gas laws for transformer dissolved gas analysis DGA starting from the ideal gas equation of state
Dissolved gas analysis (DGA) is a non-invasive screening and diagnostic method for liquid-insulated power transformers. The basic gas laws underlying common calculations used for DGA interpretation are derived and explained from the ideal gas equation of state.
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In Situ Oil-Gas Separator Enabled Carrier-Free Photoacoustic Sensing of Acetylene. [PDF]
Dou W +5 more
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Electrochemical gas detection for dissolved gas analysis [PDF]
In a previous article, gas chromatography was described as the most popular method for Dissolved Gas Analysis (DGA) conducted in laboratories. In this article, we describe the established and prevalent DGA method for online and portable devices. Over the
Grisaru, Marius
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Power transformer online monitoring and state assessment method based on 2DCNN-BiLSTM multi-source feature fusion. [PDF]
Zhang W +7 more
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Tucker Decomposition-Based Feature Selection and SSA-Optimized Multi-Kernel SVM for Transformer Fault Diagnosis. [PDF]
Wang L, Liu X.
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Probabilistic Prognostics and Health Management of Power Transformers Using Dissolved Gas Analysis Sensor Data and Duval's Polygons. [PDF]
Kashiwagi FN +4 more
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Sensing Characteristics of the SnSe/GeSe Heterojunction on Dissolved Gases in Transformer Oil. [PDF]
Ma H +5 more
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Toward Rapid Actinium-225 Purification via Membrane Adsorbers with Covalently Tethered Diglycolamide Ligands. [PDF]
Radhakrishnan SK +16 more
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Transformer Fault Diagnosis Based on Knowledge Distillation and Residual Convolutional Neural Networks. [PDF]
Shang H, Wei Y, Zhang S.
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Optimized NRBO-VMD-AM-BiLSTM Hybrid Architecture for Enhanced Dissolved Gas Concentration Prediction in Transformer Oil Soft Sensors. [PDF]
Wang N, Li W, Li X.
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