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중국 산해경에 나타난 조류를 모티브한 주얼리 디자인 개발 연구
허밍,문소이,석정원,Ming He,Soi Moon,Jeongwon Seok 한국결정성장학회 2024 한국결정성장학회지 Vol.34 No.1
Artworks inspired by birds have consistently enjoyed popularity, both in the past and present. Designs featuring birds from mythology have particularly garnered significant admiration. Therefore, this study aims to develop into the jewelry design with bird motifs from "Sanhaegyeong", a representative work of Chinese mythology. The research analyzes the characteristics of birds depicted in "Sanhaegyeong" and investigates design cases inspired by these birds. Birds in "Sanhaegyeong" are broadly categorized into divine birds and monstrous birds. Divine birds are predominantly represented with diverse color combinations and unified tones, while monstrous birds are primarily expressed in contrasting colors such as red, green, and white. The study further scrutinizes the forms, colors, and symbolism of jewelry inspired by birds in "Sanhaegyeong". These works predominantly utilize various colors, green, and red. By integrating shapes and patterns relevant to the era associated with the origin of "Sanhaegyeong", designers applied them in the designs, taking into consideration the contextual background and the relevance of design forms. It is anticipated that these research findings will be valuable to designers intrigued by mythical bird designs.
NCC를 이용한 PCC의 개질이 종이 물성에 미치는 영향
허밍(He Ming),이용규(Yong Kyu Lee),원종명(Myoung Won) 한국펄프·종이공학회 2015 펄프.종이기술 Vol.47 No.4
It is well known that the use of PCC as a filler for printing paper making brought about the serious deterioration of strength properties of paper, although PCC could be helpful to reduce the energy consumption. The use of modified PCC with NCC was tried to solve and/or reduce the strength deterioration problem. NCC was prepared from SwBKP by the acid hydrolysis. There was no significant changes in chemical properties and crystalline structure. However the cyrstallinity of NCC was higher than those of SwBKP. The different dosage of NCC was applied to modify the properties of PCC. 0.1% of NCC dosage was enough to improve ash retention and paper properties. The use of modified PCC with NCC as a filler improved ash retention, bulk, opacity and formation without the serious deterioration of strength properties. Thus the use of modified PCC with NCC might be helpful for not only reduction of energy consumption but also increase of filler dosage without the significant sacrifice of strength properties by the optimization of retention system.