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인터뷰 - 첨단 물류기기 표준화의 선구자 '생수이동랙 개발'
이홍기,Lee, Hong-Gi 한국파렛트컨테이너협회 2009 파렛트 뉴스 Vol.53 No.-
본 인터뷰 기사는 지난 2008년 12월 30일 월간 굿뉴스피플에 실린 내용으로 최근생수물류과정에 문제를 제기하여 '생수이동랙 개발 에 힘을 실어온 (주)골드라인의 이홍기 회장의 인터뷰 내용이다.
이홍기 대한미용성형외과학회 2009 Archives of Aesthetic Plastic Surgery Vol.15 No.2
Recently, most people think that the ample breast is the symbol of a glamorous woman. This concept made many women knock the door of the plastic surgery clinic for the consultation about their breast and the breast augmentation became rare operation no longer in Korea. For beautiful breast, plastic surgeons should take into consideration of incision placement, optimal implants, dissection plane and so on. Among those considerations, incision placement is largely dependent on the surgeon and patient’s preferences. Surgeons can choose inframammary, axillary, periareolar or umbilical incision. Inframammary approach has been abandoned by the surgeons and patients in Korea for a long time because of the visible scar and hyperpigmentation on the incision site. But Inframammary approach has the advantages of direct vision of surgical field, short operation time and early recovery. If surgeons can overcome the scar and pigmentation problem of incision site, inframammary approach can be a great option for both. In this article, we examined the advantages and disadvantages of many approaches for breast augmentation and reviewed the usefulness of the inframammary approach for breast augmentation.
이홍기 한국문화융합학회 2022 문화와 융합 Vol.44 No.7
This paper examines the protections and limitations of the current law on local creators from the perspective of cultural autonomy. The Constitution guarantees the basic cultural rights and the Framework Act on Culture(FAC) and other regulations makes them concrete. However, there is a lack of legal mechanisms to recognize the importance of local creators and protect them. Many countries strive to enhance regional creativity and protect local creators by emphasizing autonomous creativity by introducing legal systems that are appropriate to their cultural environment and circumstances. This paper examines the laws related in the US, UK, and Japan, and draws implications for legislative improvement. In conclusion, the value of creation is more emphasized in the FAC, etc., and norms should be improved through local government ordinances that can reflect the characteristics of local creativity.
이홍기,전준미,이호영 대한금속·재료학회 2008 METALS AND MATERIALS International Vol.14 No.5
Submicron-sized SiC particles (130 nm mean diameter) were codeposited with nickel by electrolytic plating in a nickel sulfamate bath to from Ni-SiC composite coatings. The effects of plating parameters, such as pH of the plating bath, SiC content in the plating bath, stirring rate, and current density on the deposition behaviors of Ni-SiC composite coatings were investigated. Results revealed that zeta potential decreased with increasing pH; the iso-electric point was measured to be ~7.0 in pH. The codeposition of SiC increased with increasing pH, and the deposition rate increased with increasing SiC content in the plating bath. This may be due to the increased flux of approaching SiC particle towards the cathode due to enhanced SiC content in the plating bath. The codeposition of SiC exhibited a maximum at the stirring rate of 100 rpm. This can be explained by hydrodynamic effects and particle characteristics. The deposition rate increased with increasing current density. The codeposition of SiC increased up to a maximum of 15 A/dm² and then decreased This can be explained by electrophoretic movement of the SiC particles due to the adsorption of nickel ions and protons in the plating bath on the SiC particle surface. Submicron-sized SiC particles provided for a rough plating surface. This effect may be attributable to the strong tendency of submicron-sized SiC particles to agglomerate in the plating bath. Submicron-sized SiC particles (130 nm mean diameter) were codeposited with nickel by electrolytic plating in a nickel sulfamate bath to from Ni-SiC composite coatings. The effects of plating parameters, such as pH of the plating bath, SiC content in the plating bath, stirring rate, and current density on the deposition behaviors of Ni-SiC composite coatings were investigated. Results revealed that zeta potential decreased with increasing pH; the iso-electric point was measured to be ~7.0 in pH. The codeposition of SiC increased with increasing pH, and the deposition rate increased with increasing SiC content in the plating bath. This may be due to the increased flux of approaching SiC particle towards the cathode due to enhanced SiC content in the plating bath. The codeposition of SiC exhibited a maximum at the stirring rate of 100 rpm. This can be explained by hydrodynamic effects and particle characteristics. The deposition rate increased with increasing current density. The codeposition of SiC increased up to a maximum of 15 A/dm² and then decreased This can be explained by electrophoretic movement of the SiC particles due to the adsorption of nickel ions and protons in the plating bath on the SiC particle surface. Submicron-sized SiC particles provided for a rough plating surface. This effect may be attributable to the strong tendency of submicron-sized SiC particles to agglomerate in the plating bath.