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Beyond electron impact: Dissociation driven by molecular collisions in CO2 nanosecond pulsed plasmas
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DOI：10.1016/j.jcou.2026.103435.png)
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Abstract
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• Non-thermal plasmas can turn CO2 into useful chemicals under mild conditions. • CO2 conversion in nanosecond plasmas peaks after the pulse, not during the discharge. • Hot gas chemistry drives CO2 dissociation microseconds after the pulse. • Challenges the traditional view that electrons drive most CO2 conversion.
Keywords:
CO2 conversion
Delayed dissociation
High-temperature molecular chemistry
0.5D radial model
Atmospheric pressure nanosecond plasmas
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