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Ion Transfer Voltammetry by a Simple Two Polarized Interfaces Setup

机译:通过两个简单的极化界面设置进行离子迁移伏安法

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Cyclic voltammetry and square wave voltammetry have been used to investigate the transfer of highly hydrophilic ions, including anions and cations, by a simple two polarized interfaces setup. The expression of apparent half-wave potential has been established detailedly by virtue of theory of sampled-current voltammetry involving semi-infinite linear diffusion, which indicates that the property of coupled ion transfer reaction has an effect on the position of the voltammogram on the potential scale. Since the data obtained agree well with literature values, it seems convincing to determine the transfer energies of those highly hydrophlic ions which are very important and have not been reported yet. Then it has been demonstrated as a novel way in combination with sensitive and fast square wave voltammetry for determining the transfer Gibbs energy of complex ions such as miscellaneous inorganic ions.
机译:循环伏安法和方波伏安法已通过简单的两个极化界面设置用于研究高度亲水性离子(包括阴离子和阳离子)的转移。借助涉及半无限线性扩散的采样电流伏安理论详细建立了视在半波电势的表达,这表明耦合离子转移反应的性质对伏安图在电势上的位置有影响规模。由于获得的数据与文献值非常吻合,因此似乎很有必要确定那些非常重要且尚未报道的高度氢键离子的转移能。然后,它已被证明是一种结合灵敏和快速方波伏安法测定复杂离子(如杂化无机离子)的吉布斯能量转移的新方法。

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