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Experimental investigation of discharge characteristics in AC-driven rotating arc plasma for ammonia decomposition
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DOI：10.1016/j.fuproc.2026.108460.png)
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Abstract
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• Unique orange luminescence indicates thermal NH₃ decomposition around arc column. • First comprehensive VI characteristics of AC-driven NH₃ rotating arc plasma. • Ammonia discharge shows larger voltage hysteresis than N₂ due to H₂ diffusion. • Extended arc length and residence time critical for maximizing decomposition. • Results reveal critical design guidelines for plasma-assisted NH₃ cracking reactors.
Keywords:
Arc discharge
Alternating current
Rotating arc
Ammonia decomposition
Discharge characteristic
Nozzle shape
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