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The time-varying two-way hopping rate was computed by passing a unit-area symmetric Hanning window filter over an impulse train corresponding to the well transitions in the system. (An impulse was recorded every time the system's state point crossed x=0.)
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The time-varying two-way hopping rate was computed by passing a unit-area symmetric Hanning window filter over an impulse train corresponding to the well transitions in the system. (An impulse was recorded every time the system's state point crossed x=0.)
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Some excitable-membrane models, like the HH model, have fast deactivating channels. These channels, however, are slow near rest and deactivate when the voltage increases during the generation of an action potential
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Some excitable-membrane models, like the HH model, have fast deactivating channels. These channels, however, are slow near rest and deactivate when the voltage increases during the generation of an action potential.
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