Xinfeng Sun

Papers

Total Citations

H-Index

About

Xinfeng Sun is a pioneering researcher in advanced space propulsion systems, with a primary focus on electrodeless plasmoid electromagnetic propulsion—a cutting-edge technology poised to revolutionize robotic and crewed space missions. His most-cited work, "Plume Performance of Electrodeless Plasmoid Electromagnetic Propulsion" (2022, 6 citations), addresses critical limitations in current propulsion methods, including limited operational duration and low efficiency. Sun’s key contribution lies in demonstrating how rotating magnetic field (RMF) excitation and Lorentz force acceleration can enable a fully electrodeless design, eliminating electrode erosion and extending thruster lifespan. This breakthrough offers a pathway toward more durable, high-efficiency propulsion for deep-space exploration. Though early in his career, Sun’s research has already garnered attention for its potential to overcome longstanding barriers in electric propulsion. His work represents a vital step toward sustainable, long-duration space travel, making him a notable emerging voice in aerospace engineering and plasma physics.