“…78 The V O 2+ sites are electron deficient and can be filled by absorbing O 2− of OH − /H 2 O from the reaction environment to form (HO) O,ad. + , as shown in eqn (6). The weakly bonded (HO) O,ad.…”
“…+ can be replaced with a species under a stronger interaction, as indicated in eqn ( 6) and (7). During the progress of eqn (6) (10). Then, the formed H* is used to hydrogenate (N 2 ) O,ad.…”
“…3 Moreover, its substantial carbon footprint poses severe environmental challenges. [4][5][6] Therefore, in pursuit of environmentally sustainable NH 3 synthesis with zero carbon emissions, the electrochemical nitrogen reduction reaction (eNRR) has been developed.…”
Two renewable methods for reducing greenhouse gas emissions associated with ammonia (NH3) production are the renewable H2-combined Haber-Bosch process and the electrochemical nitrogen reduction reaction (eNRR). However, progress in eNRR...
“…78 The V O 2+ sites are electron deficient and can be filled by absorbing O 2− of OH − /H 2 O from the reaction environment to form (HO) O,ad. + , as shown in eqn (6). The weakly bonded (HO) O,ad.…”
“…+ can be replaced with a species under a stronger interaction, as indicated in eqn ( 6) and (7). During the progress of eqn (6) (10). Then, the formed H* is used to hydrogenate (N 2 ) O,ad.…”
“…3 Moreover, its substantial carbon footprint poses severe environmental challenges. [4][5][6] Therefore, in pursuit of environmentally sustainable NH 3 synthesis with zero carbon emissions, the electrochemical nitrogen reduction reaction (eNRR) has been developed.…”
Two renewable methods for reducing greenhouse gas emissions associated with ammonia (NH3) production are the renewable H2-combined Haber-Bosch process and the electrochemical nitrogen reduction reaction (eNRR). However, progress in eNRR...
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