# Mathematical Methods For Electrical Circuits And Fields Calculation

Mathematical Methods For Electrical Circuits And Fields Calculation

##### Contents
• Steadystate Processes In Line Circuits With
• Distributed And Lumped Parameters
• Telegraph Equations And Dimensionless Quantities
• The Fourier Series Method For Calculation Of Nonsinusoidal
• Regimes In Opened And Shortcircuited Circuits With
• Sinusoidal Current Or Voltage Sources
• Method Of Characteristics For Ideal And Undistorting Lines
• With Lumped Elements
• Moving Capacitor Discharge On Long Line With Losses
• The Pulse Mode Power Capacity Or Inductance Connection
• To Loaded Continuous Current Line
• Active And Reactive Powers Of The Long Line
• The Finitedifference Scheme: Principle Of Creation And
• Theoretical Foundation
• Stability Of Computational Scheme
• A Posteriori Analysis Of The Numerical Solutions Accuracy
• Emergency And Postemergency States Caused By
• Transmission Line Kv
• Chapter Ii Transmission Power And Efficiency
• Increase By Means Of “Bucking Out” Systems
##### Maximal Steadystate Voltages And Currents In Homogeneous
• Transmission Line
• Maximal Transmission Power And Efficiency In
• Alternating Voltage Line
• Load Parameters Compensation With The Object Of
• Transmission Power And Efficiency Increasing
• Line Parameters Longitudinal Compensation
• Line Parameters Transverse Compensation
• How To Tune The Quarterwave Line To The Halfwave Regime
• Idling And Natural Power Transfer Loss Saving By
• Means Of Shunt Reactors And Reactive Power Sources
• Decomposition Method For Calculation Of Two
• Generators Optimal Action Under General Loads
• Chapter Iii Transient And Steadysate Regimes
• Under The Ideal Transformers Connected

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