除此以外，人们还研发出了另外一些新颖的多孔电极。Xie[29]等在含有

In addition, it has also developed a number of additional novel porous electrode. Xie [29], etc. containing a basic zeolite particles in Ni plating solution, a Ni / zeolite composite electrode prepared by electrodeposition. The composite electrode was placed 1mol / L sulfuric acid dissolution to the internal zeolite particles, to thereby obtain a porous Ni electrode. Found that many of the channels remaining after the dissolution of the zeolite roughened surface of the electrode, which greatly enhance the true surface area of ​​an electrode, while the remaining zeolite particles also enhance the intrinsic activity of the electrode for hydrogen evolution. Weiguo [29] Preparation of other secondary oxidation method using a porous anodic aluminum oxide (AAO) template, by controlling the potential deposition assembled Ni-WP alloy nanowire arrays in the AAO template. Cathodic polarization curves and ac impedance spectroscopy (EIS) test results show, Ni-WP alloy nanowire array electrode hydrogen evolution reaction (HER) resistance is decreased, a higher activity for hydrogen evolution, current density 10 mA · cm-2 when hydrogen evolution electrode polarization potential than the alloys Ni-WP shifted about positive 250 mV.

ในการหลีกเลี่ยงความไม่แน่นอนมากขึ้น-วัฒนธรรมการกำหนดเวลาสั้นและระยะกลางและการวางแผนได้รับความสนใจในการจัดการสูงกว่าในวัฒนธรรมการหลีกเลี่ยงความไม่แน่นอนน้อย

In addition, some new porous electrodes have been developed. Xie [29] et al. Prepared Ni / zeolite composite electrode by electrodeposition in alkaline Ni plating solution containing zeolite particles. The composite electrode was placed in 1mol / L sulfuric acid to dissolve the internal zeolite particles, thus porous Ni electrode was obtained. Many pores were found on the rough surface of the electrode after the dissolution of zeolite, which greatly improved the real surface area of the electrode, and the remaining zeolite particles also improved the intrinsic hydrogen evolution activity of the electrode. Zhang Weiguo [29], et al. Prepared porous anodic aluminum oxide (AAO) template by two oxidation methods, and assembled Ni-W-P alloy nanowire array in AAO template by controlled potential deposition technology. The results of cathodic polarization curve and EIS show that the resistance of the hydrogen evolution reaction (her) of Ni-W-P alloy nanowire array electrode is reduced and it has higher catalytic activity. When the current density is 10 Ma · cm-2, the polarization potential of the hydrogen evolution is about 250 MV more positive than that of Ni-W-P alloy electrode.<br>