| - | Oxidation of organic compounds in supercritical water | Lee Youn-Woo; 도승회; KIM BYOUNG KI; Lim Jong Sung; Kim Jae Duck; LEE YOUN YONG; 하백현 |
| - | Oxidation of wastewater from TPA manufacturing process over carulite carulite catalyst in sub- and supercritical water | PARK TAE-JOON; Lim Jong Sung; Kim Jae Duck; 김성현; Lee Youn-Woo |
| - | Oxidation of Wastewater from TPA manufacturing process with H₂O₂ in supercritical water | PARK TAE-JOON; Lim Jong Sung; Kim Jae Duck; 김성현; LEE YOUN YONG; Lee Youn-Woo |
| - | Phase behavior of biodegradable polymers and solvents | PARK KI HYUN; Lee Youn-Woo; 이창하; Lim Jong Sung |
| - | Phase behavior of biodegradable polymers in dimethyl ether and dimethyl ether + carbon dioxide | 국윤모; LEE BYUNG CHUL; 이영식; Lee Youn-Woo; Lim Jong Sung |
| - | Phase behavior of biodegradable polymers with supercritical solvents | PARK KI HYUN; Lee Youn-Woo; 이창하; Lim Jong Sung |
| - | Phase behavior of polycaprolactone in HCFC-22, dimethyl ether, HCFC-22 + CO₂, and dimethyl ether + CO₂ | PARK KI HYUN; Lee Youn-Woo; Kim Jae Duck; 이창하; Lim Jong Sung |
| - | Phase behavior of refrigerant mixtures with HFC-227ea | PARK JI YOUNG; Lim Jong Sung; Lee Byung Gwon; Lee Youn-Woo; Kim Jae Duck |
| - | Phase behavior of six binary mixtures composed of HFCs and isobutane | PARK JI YOUNG; Lee Byung Gwon; Lim Jong Sung |
| - | Phase behavior of water-in-scCO₂ microemulsion | PARK JI YOUNG; Kim Mi Yeo; Lee Youn-Woo; Lim Jong Sung |
| - | Phase equilibria for the CFC alteranative refrigerant mixtures; binary systems of HFC-32 + propane and HFC-23 + propane | Lim Jong Sung; Lee Byung Gwon; Kim Jae Duck |
| - | Phase equilibria of binary mixtures of CFC alternative refrigerant containing HFC-23 | PARK KI HYUN; Lim Jong Sung; Lee Youn-Woo; Kim Jae Duck; 이창하 |
| - | Phase equilibria of binary refrigerant mixtures containing HFC-227ea | KIM YONG HO; PARK JI YOUNG; Lee Youn-Woo; Kim Jae Duck; Lee Byung Gwon; 이창하; Lim Jong Sung |
| - | Poly(L-lactic acid) microparticles prepared using supercritical fluid | 송규호; Lim Jong Sung; Lee Youn-Woo; Kim Jae Duck; LEE YOUN YONG; 이창하 |
| - | Poly(L-lactic acid) particles prepared by Supercritical Antisolvent (SAS) process | 송규호; Lim Jong Sung; 이창하; Lee Youn-Woo |
| - | Possibility of recycling of binder after supercritical CO₂ debinding in metal injection molding | KIM YONG HO; Lee Youn-Woo; 이창하; Lim Jong Sung |
| - | Prediction of vapor-liquid equilibria for refrigerant mixture with various mixing rules | PARK JI YOUNG; Lim Jong Sung; Lee Byung Gwon; Lee Youn-Woo; Kim Jae Duck |
| - | Preparation of Poly(L-lactic acid) particles using a continuous Supercritical AntiSolvent(SAS) recrystallization process | 송규호; Lim Jong Sung; LEE YOUN YONG; 이창하; Lee Youn-Woo |
| - | Preparation of ultra-fine zinc oxide nano particles by hydrothermal synthesis in supercritical water and influence of the mineralizer on zinc oxide powder | 이은용; 이창하; Lim Jong Sung; Lee Youn-Woo |
| - | Preparation of ultra-fine zinc oxide particles by hydrothermal synthesis in supercritcal water with a continuous flow reactor | 이은용; Lim Jong Sung; Kim Jae Duck; Lee Youn-Woo |
| - | Prepration of fine BaTiO₃powder by hydrothemal synthesis | 김용현; Lee Youn-Woo; Lim Jong Sung; Kim Jae Duck; 허수형 |
| - | Production of LiCoO₂ nano-particles by hydrothermal synthesis in supercritical water with a continuous flow reactor | 구성모; 이창하; Lim Jong Sung; Kim Jae Duck; Lee Youn-Woo |
| - | Reaction mechanism and kinetics for CSCWO of wastewater in TPA manufacturing process | PARK TAE-JOON; Lim Jong Sung; Kim Jae Duck; 김성현; LEE YOUN YONG; Lee Youn-Woo |
| - | Reactive crystallization in supercritical water | 구성모; 이창하; Lim Jong Sung; Kim Jae Duck; Lee Youn-Woo; LEE YOUN YONG |
| - | Reactive crystallization of LiCoO ₂ in supercritical water | 허영재; 구성모; 이창하; Lim Jong Sung; Lee Youn-Woo; LEE YOUN YONG |
| - | Recrysallization with rapid separation of solvent from the solution containing PLA using supercritical CO ₂ as an antisolvent | LEE JEONG WOO; Lim Jong Sung; Lee Youn-Woo; LEE YOUN YONG |
| - | Recrystallization processing of biomaterials with supercritical fluids | LEE JEONG WOO; Lim Jong Sung; Lee Youn-Woo |
| - | Recycling steel from grinding swarf by using supercritical CO₂ | 양준열; KIM YONG HO; Lee Youn-Woo; Lim Jong Sung |
| - | Removal of paraffin wax from metal injection molded part by supecritical CO₂ | KIM YONG HO; Lee Youn-Woo; 이창하; Lim Jong Sung |
| - | Selectivity of polymer structure of poly(Dimethyl dipropargylmalonate) with various supercritical fluids | 허영재; Lim Jong Sung; Cho Hyun Nam; 이창하; Lee Youn-Woo |
