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무대감독의 교육과 양성에 관한 방법 제언 -대학의 이론 수업과 공연 제작 실습을 중심으로-
조병기,황민 한국엔터테인먼트산업학회 2014 한국엔터테인먼트산업학회논문지 Vol.8 No.1
Modern performing arts is a combination of multiple genres creating a new form of its own. Play, dance, concert, musicals and operas are breaking previous rules to share each other’s characteristics. Technology in performing arts has been developing quickly to create a deeper illusion to the spectators. Because of the complexity of modern shows the role of the stage manager is not limited to calling the show but managing staffs, planning and running rehearsals, show maintenance, creation of show bibles and being the liaison between the company, staffs, performers and creative. Despite the role of the stage manager has been rapidly growing training and education for future stage manager is very underdeveloped. The fast growing market of live performance in Korea is constantly looking for trained professional stage managers therefore the education system to train such professionals is essential to the growth of the performing arts development in Korea. This thesis focuses on the definition of the stage manager’s role and the need of such education. It also proposes an education system inside the drama school or similar department for theoretical and practical study of stage management. Simulations of real productions will take place during the theoretical classes and practical training will take place during field works in real performances and interaction with stage managers on the field. Attached are document formats and show records to be used in classes. This thesis also enlightens the future of stage management and it embraces the hope that stage managers will play a bigger role in the development of performing arts.
EGDA 기능성 모노마로 희석된 Epoxy Acrylate의 전자빔 경화 및 코팅
조병기,윤경용,Petrov, S.E.,이재민,이정희,한도흥 영남대학교 공업기술연구소 2000 工業技術硏究所論文集 Vol.28 No.1
Electron beam curing of acrylated epoxy resin diluted with mono-functional monomer EGDA has been investigated under circumstances contacted with air and without air. The formulated resin in contact with N2 or covered with film could be cured up to 95% even with low dose of 5kGy and the surface of cured resin became very hard, but cured resin in existence of oxygen and without any additive had a low degree of curing and the surface became sticky due to insufficient curing. Additives such as curing agent P-115 or initiator BPO could increase the degree of curing to more or less one, but these additives could not remove completely surface stickiness. While, at high dose(more than 100kGy), addition of BPO were possible to make the irradiated surface of the resin be non-sticky even in existence of air. Degree of curing of the resin which contained pigment was very high at dose of around 20kGy. Elongation and stress at break on the cured resin with ferric oxide pigment were be higher than with non-ferric oxide pigment. Adhesion and anti-firing of the resin coated on cement block could be excellent.