بررسی عملکرد سلول سوختی مستقیم بورو هیدرید منفعل و فعال با استفاده از یک کاتالیزور آند نانوالکترونیک /

Passive DBFC results demonstrated that the cell performance and open circuit voltage (OCV) were improved by using the Pd decorated Ni–Co/C as an anode catalyst compared to commercial 10 wt.% Pt/C; 126 mW cm−2 vs. 76 mW cm−2 and 1010 mV vs. 892 mV respectively. Moreover, the maximum peak power density of 761 mW cm−2 was obtained by Pd decorated Ni–Co/C anode catalyst in active DBFC which is comparable to generated power by H2/O2 proton exchange membrane fuel cell (PEMFC); 772 mW cm−2 at the same conditions.