引用本文:
Yong LU, Hong WANG, Ye LIU, Ming Yuan HE. Paper-like Microfibrous Nickel Catalyst for Hydrogen Production via NH3 Decomposition in Fuel Cell Applications[J]. Chinese Chemical Letters,
2006, 17(10): 1397-1400.
Citation: Yong LU, Hong WANG, Ye LIU, Ming Yuan HE. Paper-like Microfibrous Nickel Catalyst for Hydrogen Production via NH3 Decomposition in Fuel Cell Applications[J]. Chinese Chemical Letters, 2006, 17(10): 1397-1400.
Citation: Yong LU, Hong WANG, Ye LIU, Ming Yuan HE. Paper-like Microfibrous Nickel Catalyst for Hydrogen Production via NH3 Decomposition in Fuel Cell Applications[J]. Chinese Chemical Letters, 2006, 17(10): 1397-1400.
Paper-like Microfibrous Nickel Catalyst for Hydrogen Production via NH3 Decomposition in Fuel Cell Applications
摘要:
A sinter-locked three-dimensional network of microfibrous nickel catalyst has been fabricated based on wet layup papermaking and sintering processes and this novel approach permits the production of ~11 W fuel cell power H2 via NH3 decomposition with a conversion of 97% at 750℃ in a bed of 0.6 cm3.
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关键词:
- Microfibrous catalyst
- / nickel
- / hydrogen production
- / ammonia
- / fuel cells
English
Paper-like Microfibrous Nickel Catalyst for Hydrogen Production via NH3 Decomposition in Fuel Cell Applications
Abstract:
A sinter-locked three-dimensional network of microfibrous nickel catalyst has been fabricated based on wet layup papermaking and sintering processes and this novel approach permits the production of ~11 W fuel cell power H2 via NH3 decomposition with a conversion of 97% at 750℃ in a bed of 0.6 cm3.
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Key words:
- Microfibrous catalyst
- / nickel
- / hydrogen production
- / ammonia
- / fuel cells
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