阳极微生物的固定方式对微生物燃料电池性能的影响.

A new method of preparing microbial fuel cell anode by embedding microorganisms in conductive hydrogel was studied. The method could change the population and distribution state of anodic microbial. The anode has been applied in MFC, and better results have been obtained. Its maximum power density and operating voltage (0.243 W/m*, 0.350 V) was 89.843% and 16.667% higher than those of the MFC using anode prepared by absorbing method, respectively. While the former's internal resistance (263.780 f l) was 78.973% lower than the latter. This work may provide a novel anodic microbial enrichment method for improving the performance of MFC. [ABSTRACT FROM AUTHOR]