Effect of Different Co contents on Structure of Nanoporous Ni-Co and Catalytic Performance of Hydrogen Evolution
- Corresponding author: ZHOU Qi, zhouxq301@sina.com
Citation: FENG Ji-Wei, ZHOU Qi. Effect of Different Co contents on Structure of Nanoporous Ni-Co and Catalytic Performance of Hydrogen Evolution[J]. Chinese Journal of Inorganic Chemistry, ;2019, 35(10): 1746-1754. doi: 10.11862/CJIC.2019.215
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(a) Ni1Co4Al95; (b) Ni1.5Co3.5Al95; (c) Ni2Co3Al95; (d) Ni2.5Co2.5Al95; (e) Ni3Co2Al95; (f) Ni3.5Co1.5Al95; (g) Ni4Co1Al95
(a) Ni1Co4; (b) Ni1.5Co3.5; (c) Ni2Co3; (d) Ni2.5Co2.5; (e) Ni3Co2; (f) Ni3.5Co1.5; (g) Ni4Co1
(a) Ni1Co4; (b) Ni1.5Co3.5; (c) Ni2Co3; (d) Ni2.5Co2.5; (e) Ni3Co2; (f) Ni3.5Co1.5; (g) Ni4Co1
(a, b) Ni1Co4; (c, d) Ni1.5Co3.5; (e, f) Ni2Co3; (g, h) Ni2.5Co2.5; (i, j) Ni3Co2; (k, l) Ni3.5Co1.5; (m, n) Ni4Co1
(a) Ni1Co4; (b) Ni1.5Co3.5; (c) Ni2Co3; (d) Ni2.5Co2.5; (e) Ni3Co2; (f) Ni3.5Co1.5; (g) Ni4Co1
(a) Ni1Co4/GCE; (b) Ni1.5Co3.5/GCE; (c) Ni2Co3/GCE; (d) Ni2.5Co2.5/GCE; (e) Ni3Co2/GCE; (f) Ni3.5Co1.5/GCE; (g) Ni4Co1/GCE