DEMONSTRATION OF DIFFERENCE BETWEEN THE ELECTRIC RESPONSE OF THE EXCITABLE SYSTEM AND THE ACTIVATION OF THE ACTIVE ELEMENT IN MMES (MATUMOTO'S MODEL OF EXCITABLE SYSTEM)

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According to the author's theory of excitation, the excitable system consists of the field of excitation and the active element, and the electric response of the system is elicited by the activation of the active element. ENM is an electric circuit consising of two polarized layers as the field of excitation and a thyristor as the active element. Electric responses of ENM are almost the same to those of the merve fiber. Therefrom electric responses of ENM and those of the thyristor were compared obtaining the following results. Strength-duration relation, relative refractory period, accommodation of stimulation, anode break-excitation, optimum frequency of AC stimulation etc. were observed on the system but not on the thyristor. Overshoot, undershoot, etc. were observed on the course of action potential of ENM but not on the activation of the thyristor. From these results it was known that those phenomena which were observed on the system but not on the active element were produced by modification of the activation of the active element through the field of excitation.
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