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All solid-state pH electrode based on titanium nitride sensitive film

机译:基于氮化钛敏感膜的全固态pH电极

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摘要

Titanium nitride was used as pH-sensitive material to fabricate all solid-state pH electrode. The fabrication and the response performance of the pH electrode were described in the paper. The TiN film electrode showed a linear response in the pH range of 2-12 with a near-Nenstian response (-55 mV/pH). The response time was within 1 min, and the electrode had good reproducibility, stability and low sensitivities for different species. Compared with the glass pH electrode, the electrode exhibited some advantages, for example, without activation, rapid response and high mechanical strength. In addition, the electrode performed excellently in a corrosion medium containing F-(1 M). Electrochemical behaviors of TiN electrode in Britton-Robinson buffers were studied with Electrochemical Impedance Spectroscopy (EIS).
机译:氮化钛用作pH敏感材料,以制造所有固态pH电极。本文介绍了pH电极的制备和响应性能。 TiN膜电极在2-12的pH范围内表现出线性响应,具有接近能斯的响应(-55 mV / pH)。响应时间在1分钟以内,电极对不同物种具有良好的重现性,稳定性和低灵敏度。与玻璃pH电极相比,该电极具有一些优点,例如,无需激活,响应速度快和机械强度高。另外,该电极在含有F-(1M)的腐蚀介质中具有优异的性能。用电化学阻抗谱(EIS)研究了TiN电极在Britton-Robinson缓冲液中的电化学行为。

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