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Quasi-equilibrium phase coexistence in single component supercritical fluids

Published in Nature Communications, 2021

Recommended citation: S. Lee, J. Lee et al. "Quasi-equilibrium phase coexistence in single component supercritical fluids" Nat. Commun.. 12, 4630 (2021).
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Characterization of strongly coupled plasmas produced in argon supercritical fluids

Published in Plasma Physics and Controlled Fusion, 2022

Recommended citation: S. Lee, J. Lee et al. "Characterization of strongly coupled plasmas produced in argon supercritical fluids." Plasma Phys. Control. Fusion. 64, 095010(2022).
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Experimental evidence of non-equilibrium phase separation in supercritical fluids

Published in Communications Physics, 2025

Recommended citation: Lee, J., Kim, Y., Jang, J.D. et al. Experimental evidence of non-equilibrium phase separation in supercritical fluids. Commun Phys 8, 341 (2025).
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Direct NO2 formation from N2-O2 supercritical fluid plasma

Published in Scientific Reports, 2025

Recommended citation: Lee, J., Cho, K., Lee, S. et al. Direct NO2 formation from N2-O2 supercritical fluid plasma. Sci Rep 15, 37474 (2025).
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Ionization potential depression in strongly coupled plasmas in high-pressure supercritical fluids

Published in Scientific Reports, 2025

Recommended citation: Lee, J., Lee, H., Kim, S. et al. Role of ionization potential depression for generation of strongly coupled plasmas in high-pressure supercritical fluids. Sci Rep 15, 42396 (2025).
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Juho Lee