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 – Instantaneous Changes Of Load Parameters In The Overhead – 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 .
