| - | A green light-emitting diode with a copolymer of an alternating structure. | Kim Young Chul; Kim Chung Yup; Cho Hyun Nam; D. Y. Kim; J. Y. Lee |
| - | A liquid-crystalline polyfluorene microcavity laser | 이태우; PARK O OK; Cho Hyun Nam; Kim Young Chul |
| - | Cyclopolymerization of dimethyl dipropargylmalonate in supercritical CO₂ | 허영재; Cho Hyun Nam; Lee Youn-Woo |
| - | Cyclopolymerization of dimethyl dipropargylmalonate in supercritical CO₂ | Lee Youn-Woo; 염춘섭; Lim Jong Sung; Kim Jae Duck; LEE YOUN YONG; Cho Hyun Nam |
| - | Cyclopolymerization of dimethyl dipropargylmalonate in supercritical CO₂(Ⅱ) | Lee Youn-Woo; 염춘섭; 허영재; Cho Hyun Nam |
| - | Design and synthesis of a new series of electroluminescent polymers. | Kim Chung Yup; Kim Dong Young; Cho Hyun Nam |
| 2002-10 | Dimethyl dipropargylmalonate 의 cyclopolymerization 에서 초임계용매의 영향 | 허영재; Cho Hyun Nam; 이창하; Lee Youn-Woo |
| - | Electroluminescence in alternating copolymers with acetylene units | Cho Hyun Nam; Hong Jae-Min; Kim Jai Kyeong; Kim Dong Young; Kim Chung Yup |
| - | Energy transfer in phosphorescent dye doped polymer light emitting devices | 노용영; 이창열; Lee Hae-Weon; Cho Hyun Nam; 김장주 |
| - | Improved efficiency of polymer LEDs using electron transporting layer | 김종래; Kim Jai Kyeong; Cho Hyun Nam; Kim Dong Young; 홍성일; Kim Chung Yup |
| - | Lasing actions from a liquid crystalline polymer blend | 이태우; PARK O OK; Cho Hyun Nam; Kim Young Chul |
| - | Mechanism of redox reaction in PPy. | Cho Hyun Nam; Kim Chung Yup; D. Y. Kim |
| - | New doping rule to obtain white emission from a ternary blend of polymer and organic materials | Kim Young Chul; 이태우; PARK O OK; Cho Hyun Nam |
| - | New fluorene-based polymers having oxadiazole and trizole units in their main chain via cyclodehydration of polyhydrazide | 정성현; 서동학; Kim Jai Kyeong; Cho Hyun Nam |
| - | New fluorene-based polyquinoxalines with ether-linkage in the main chain : synthesis and light-emitting properties | 정성현; Kim Dong Young; Cho Hyun Nam; 원유태; 서동학 |
| - | Novel polymer electrolytes containing phosphorous compounds. | Kim Chung Yup; Kim Jai Kyeong; Cho Hyun Nam; 이희우 |
| - | Properties of poly(ethylene 2,6-naphthalate) copolyesters containing various dialcohols | 윤관한; 정우형; Cho Hyun Nam |
| - | PVK 블렌드에 의한 EL 특성 향상 . | Kim Chung Yup; Kim Dong Young; Kim Jai Kyeong; Cho Hyun Nam; 홍성일 |
| - | Relationship between exciton lifetime and energy transfer in light emitting polymers | Yu Jae-Woong; Kim Jai Kyeong; Cho Hyun Nam; Kim Dong Young; 송남웅; 김동호; Kim Chung Yup |
| - | Selectivity of polymer structure in cyclopolymerization of dimethyl dipropargylmalonate with supercritical CO₂ | 허영재; 염춘섭; Cho Hyun Nam; 이창하; Lee Youn-Woo |
| - | Selectivity of polymer structure of poly(Dimethyl dipropargylmalonate) with various supercritical fluids | 허영재; Lim Jong Sung; Cho Hyun Nam; 이창하; Lee Youn-Woo |
| - | Synthesis and characterization of fluorene-based poly(azomethines) | 정성현; Cho Hyun Nam; 서동학 |
| - | Synthesis and characterization of highly phenyl-substituted fluorene copolymers via diels-alder reaction for light-emitting diodes. | 정성현; PARK SEOK JIN; Cho Hyun Nam |
| - | Synthesis and characterization of poly(1,8-diethynylnaphthalene). | Cho Hyun Nam; 김성현; Kim Chung Yup |
| - | Synthesis and properties of poly(1,2-diethynylbenzene) by transition metal catalysts. | Kim Chung Yup; Cho Hyun Nam; Kim Dong Jin; KIM Gyoungrim |
| - | Synthesis and properties of poly(dipropargyl-16-crown-5). | Cho Hyun Nam; JUN YOUNG LEE; Kim Chung Yup; 김성현; CHOI SAM KWON |
| - | Synthesis and properties of poly(dipropargyl-16-crown-5). | Cho Hyun Nam; JUN YOUNG LEE; Kim Chung Yup; 김성현; CHOI SAM KWON |
| - | Thermotropic LCP and PET / polyethylene naphthalate blend | KIM SUNG HOON; 정봉재; YOO HYUNOH; 박재기; Cho Hyun Nam; Hong Soon Man; Hwang Seung Sang |
| - | White emission from a polymer blend light-emitting diode by incomplete cascade energy transfer | 이태우; O Ok Park; Cho Hyun Nam; Hong Jae-Min; Kim Chung Yup; Kim, Young Chul |
| 2002-04 | 다양한 초임계유체에서 Dimethyl dipropargylmalonate 의 환화중합반응 및 고분자구조의 선택성 | 허영재; Cho Hyun Nam; Lee Youn-Woo |
