由實驗的結果顯示，以奈米碳管/聚苯胺的複合材料做為微生物燃料電 池之陽極板，確實能夠提升微生物燃料電池之效能。將奈米碳管摻入聚苯 胺之中，而奈米碳管本身管狀的結構與優良的長寬比，分散於聚苯胺之中 扮演起橋梁之作用，增加聚苯胺電子傳遞與集電的效果，也提升了微生物 燃料電池中陽極的電化學反應，摻入 10wt.%的奈米碳管的複合材料陽極板，
在置入微生物燃料系統中有最佳的電壓輸出 0.239V 與最佳的功率密度 6.506 mW/m2，功率密度與使用未塗佈複合材料的極板相比提升了 317%，
因此奈米碳管/聚苯胺複合材料，相當適合作為微生物燃料系統中陽極板使 用。
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