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value of one or the other, and so each
memristor is
characterized by its
memristance function describing the charge-dependent rate of
change of flux with...
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constitutive relation defined as f ( Φ , I ) = 0 {\displaystyle f(\Phi ,I)=0} .
Memristance:
constitutive relation defined as f ( Φ , Q ) = 0 {\displaystyle f(\Phi...
- }},C^{_{\mathrm {I} }}\right)} resistivity, resistance, inductance,
memristance,
impedance ( ρ G , R G , L G , M G , Z G ) {\displaystyle \left(\rho...
