Ion Trapping and Release Using Computational Electronics Methods
作者： Sai Hu , Karl Hess
DOI:
关键词: Ion trapping 、 Molecular physics 、 Communication channel 、 Excess chemical potential 、 Gramicidin A 、 Chemistry 、 Ion release 、 Semiconductor 、 Electronics 、 Analytical chemistry
摘要: An extension (TR-PNP) of the traditional PNP model is proposed to explicitly taking into account effects ion trapping and release. Our approach this problem has originated from treatment introduced by Shockley, Read Hall in semiconductor theory. The release rate related calculated excess chemical potential (ECP) through Erying's Simulation results are presented for Gramicidin A channel using model, PNP-ECP TR-PNP-ECP compared with experiments.
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