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Magnetic controlled reactor because of its unique advantages for reactive power compensation has been more and more applications, the principle is the smooth adjustment by changing the effective permeability of the small sec- tion of the reactor, so the design of the small section has an important effect on the operating performance of the mag- netic controlled reactor. Through the operating principle of the reactor and the process state, calculate the magnetic con- trolled reactor key parameters by an equivalent magnetic circuit, and procedures for the preparation and interface using Matlab Gui, finally verify the design results by the MagNet simulation.
We propose nonlinear joint mean and variance models in this paper and investigate the estimate for unknown parameters in the model based on Gauss-Newton iterative algorithm. Furthermore, we make some simulations to show that the proposed procedure works satisfactorily. Lastly, two real examples are presented to illustrate the proposed methodology.