葡萄糖燃料电池是以阳极葡萄糖氧化反应联合阴极氧还原反应为能源的燃料电池

Glucose fuel cell is a fuel cell that uses anode glucose oxidation reaction combined with cathode oxygen reduction reaction as an energy source. Because both anode and cathode have the problems of high overpotential and slow reaction kinetics caused by multi-electron transfer, how to choose appropriate catalyst is the key to improving power. Studies have proved that precious metals have become a candidate for catalytic materials because of their significant effects on both anode and cathode activities.

Glucose fuel cell is a fuel cell with an anode glucose oxidation reaction combined cathodic oxygen reduction reaction as energy. Because the anode cathode has the problem of higher potential and slow reaction kinetics caused by multielectronic transfer, how to select the appletate catalyst is the key to increasing power. Studies have shown that precious metals are an alternative catalytic material because they have a significant effect on anode cathodic activity.

Glucose fuel cell (GFC) is a kind of fuel cell which uses anodic glucose oxidation and cathodic oxygen reduction as energy. Because of the problems of high overpotential and slow reaction kinetics caused by multi electron transfer in anode and cathode, how to select appropriate catalyst is the key to improve the power. It has been proved that noble metals can be used as alternative catalytic materials because they can significantly improve the activity of anode and cathode.<br>