A biofuel cell (BFC) was fabricated by combining multiwalled carbon nanotube ‐platinum‐gold (MWCNT−Pt−Au) hybrid nanomaterial, glucose oxidase (GOx) and benzoquinone included carbon felt electrode (CFE) bioanode with apple tissue included CFE biocathode. The working parameters of bioanode were optimized both experimentally and chemometrically. For the biocathode, apple, banana and pear tissues were tried and best power output was obtained with apple tissue. By combining MWCNT−Pt−Au/GOx/CFE bioanode with apple tissue based biocathode, single cell, double cell with membrane and with salt‐bridge BFCs were formed. The best power output with highest current density were obtained with single cell BFC.

中文翻译：

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苹果组织生物阴极和MWCNT-Pt-Au纳米材料生物阳极生物燃料电池的开发

通过将多壁碳纳米管-铂-金（MWCNT-Pt-Au）杂化纳米材料，葡萄糖氧化酶（GOx）和含苯醌的碳毡电极（CFE）生物阳极与包含苹果组织的CFE生物阴极相结合，制成了生物燃料电池（BFC）。通过实验和化学计量对生物阳极的工作参数进行了优化。对于生物阴极，尝试了苹果，香蕉和梨的组织，并用苹果组织获得了最佳的功率输出。通过将MWCNT-Pt-Au / GOx / CFE生物阳极与基于苹果组织的生物阴极相结合，形成了具有膜和盐桥BFC的单细胞，双细胞。使用单电池BFC可获得具有最高电流密度的最佳功率输出。