2021
DOI: 10.1016/j.jelechem.2021.115521
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MOF-derived CoP3/FeP on nitrogen-doped carbon nanoarray boosted high-performance hydrogen evolution

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Cited by 4 publications
(3 citation statements)
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“…The most common dopant, nitrogen, has been shown to improve charge conductivity of MD–carbon composites. Nitrogen added is through an active nitrogen‐containing source, including reactive nitrogenous gas, [ 158 ] ligand in precursor MOF, [ 223 ] and added powders than thermally decompose in the reactive gases [ 224 ] but not through N 2 , which is often used as an inert gas in pyrolysis. The only example found in literature that used N 2 gas in thermal conversion for producing nitrogen‐doped carbon and MS composite showed only trace amounts of nitrogen‐doping with no quantitative data.…”
Section: Mof‐derived Metal‐based Derivatives (Mds): General Design Sy...mentioning
confidence: 99%
“…The most common dopant, nitrogen, has been shown to improve charge conductivity of MD–carbon composites. Nitrogen added is through an active nitrogen‐containing source, including reactive nitrogenous gas, [ 158 ] ligand in precursor MOF, [ 223 ] and added powders than thermally decompose in the reactive gases [ 224 ] but not through N 2 , which is often used as an inert gas in pyrolysis. The only example found in literature that used N 2 gas in thermal conversion for producing nitrogen‐doped carbon and MS composite showed only trace amounts of nitrogen‐doping with no quantitative data.…”
Section: Mof‐derived Metal‐based Derivatives (Mds): General Design Sy...mentioning
confidence: 99%
“…Sha et al fabricated a nitrogen‐doped carbon material with stable properties doped with CoP 3 /FeP nanoarrays (N‐C@CoP 3 /FeP) by a low‐temperature phosphorylation reaction (Figure 8A). 152 Sun and her group successfully prepared materials of Ni 2 P nanoparticles embedded on MOF‐derived Co,N‐doped porous carbon polyhedra (Ni 2 P/CoN‐PCP) using the pyrolysis method (Figure 8C–E). 153 …”
Section: Composition Of Mof‐derived Phosphide Nanomaterialsmentioning
confidence: 99%
“…(B) Synthesis schematic of in situ growth process of MOFs in polyaniline derivatives as precursors to construct N‐C@CoP 3 /FeP nanoarrays. Reproduced with permission: Copyright 2021, Elsevier 152 …”
Section: Mof‐derived Phosphides For Electrochemical Energy Conversionmentioning
confidence: 99%