Linear voltammetric current functions for a pseudo-first-order EC catalytic reaction scheme with DO ≠ DR: Series expansion algorithm
Author:
Publisher
Elsevier BV
Subject
General Medicine,General Chemistry,General Medicine
Reference11 articles.
1. Influence of diffusion coefficient ratio on potential-step chronoamperometric and linear voltammetric current at stationary planar electrodes in the case of a pseudo-first-order EC catalytic reaction scheme
2. Theory of Stationary Electrode Polarography
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4. Comparison and application of finite difference methods to electroanalytical problems
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1. Integral equation-based simulation of transient electroanalytical experiments at spherical electrodes, for the catalytic EC’ mechanism with DO≠DR;Electrochimica Acta;2019-09
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3. Models Involving Transport Coupled with Homogeneous Reactions;Monographs in Electrochemistry;2014-10-20
4. Extension of the adaptive Huber method for Volterra integral equations arising in electroanalytical chemistry, to convolution kernels exp [−α (t-τ)] erex {[β(t-τ)]1/2} and exp [−α(t-τ)] daw {[β(t-τ)]1/2};Journal of Computational Methods in Sciences and Engineering;2011-12-23
5. Automatic simulation of electrochemical transients by the adaptive Huber method for Volterra integral equations involving Kernel terms exp[−α(t − τ)]erex{[β(t − τ)]1/2} and exp[−α(t − τ)]daw {[β(t − τ)]1/2};Journal of Mathematical Chemistry;2011-10-08
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