Species, Pathways, and Timescales for NH3 Formation by Low-Temperature Atmospheric Pressure Plasma Catalysis
Species, pathways, and timescales for NH3 production by plasma catalysis over transition-
metal wools are determined by measuring plasma-derived species densities [N, H, and N2 …
metal wools are determined by measuring plasma-derived species densities [N, H, and N2 …
Transition mechanisms between selective O3 and NO x generation modes in atmospheric-pressure plasmas: decoupling specific discharge energy and gas …
K Liu, W Geng, X Zhou, Q Duan, Z Zheng… - … Sources Science and …, 2023 - iopscience.iop.org
Two modes of the atmospheric-pressure plasma discharge, distinguished by the dominant O
3 and NO x species are studied numerically and experimentally. To investigate the mode …
3 and NO x species are studied numerically and experimentally. To investigate the mode …
Availability and reactivity of N2 (v) for NH3 synthesis by plasma catalysis
Production of vibrationally excited N 2 (N 2 (v)) in atmospheric pressure nonthermal plasma
and loss of N 2 (v) by gas-phase reactions and reactions on catalytic surfaces are analyzed …
and loss of N 2 (v) by gas-phase reactions and reactions on catalytic surfaces are analyzed …
Reaction Pathways and Energy Consumption in NH3 Decomposition for H2 Production by Low Temperature, Atmospheric Pressure Plasma
Pathways for NH3 decomposition to N2 and N2H4 by atmospheric pressure nonthermal
plasma are analyzed using a combination of molecular beam mass spectrometry …
plasma are analyzed using a combination of molecular beam mass spectrometry …