Pathway noise controls

EMI signal transduction pathways can be divided in accordance with the common mode and differential mode signals. Noise conduction pathways three-level inverter system are shown in Figure 5. There are three kinds of conducted EMI signal sources in the speed control system that can affect the control circuit, just as follows. 

Here M is a mobility parameter, y is the shear rate, which is zero if no shear is applied, p/is a stochastic term which is distributed according to a fluctuation-dissipation theorem [13], and kjK is the reaction rate, which can be either negative for reactants or positive for products. Notice that the reactive noise can be neglected here. Different order reactions or multiple reaction terms can be added without any difficulties, but as a proof of principle we focus here on the above type of reactions. In this subsection we study the effect of combined microphase separation, shear, and reaction to gain insight in the mechanisms that are important in pathway-controlled morphology formation and in particular in reactive blending. 

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