Collaborative Research: Quantifying Secondary Electron Emission for Predictive Electrode Boundary Conditions in Plasma-Assisted Combustion
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Plasma-assisted combustion is a new technology that can improve combustion efficiency. It can also enable use of difficult-to-burn fuels such as ammonia. However, predicting the performance of plasma-assisted combustion requires models that take into account how plasma interacts with surfaces. This project will use a combination of modeling and…
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