运用3D打印技术对乐器磬的复原研究  

Research on the restoration of instrument Qing by using 3D printing technology

作　　者：童寅豪 TONG Yinhao(College of Music,Zhengzhou University,Zhengzhou 450052,China)

机构地区：[1]郑州大学音乐学院,河南郑州450052

出　　处：《镇江高专学报》2023年第2期61-66,共6页Journal of Zhenjiang College

摘　　要：“磬”是历史悠久的石制板体击奏体鸣乐器。2009年,江苏盱眙大云山1号汉墓(江都易王刘非墓)出土1套材质特殊的仿玉玻璃编磬,堪称中国古代音乐史上的空前发现。因地下环境恶劣,保存效果差,该套编磬出土时已破损不堪,急需文物保护工作者修复。伴随科技的发展,3D打印技术成为修复文物的重要途径。使用3D量测软件提供的检验报告,分析采用3D打印技术复原的乐器成品编磬精准度。“Qing”is a long-standing stone board percussion.In 2009,a set of jade-like glass chimes with special materials was unearthed from N0.1 Tomb in Dayun Mountain in Xuyi,Jiangsu Province(Tomb of Liu Fei,king of Yi in Jiangdu),which can be called an unprecedented discovery in the history of ancient Chinese music.Due to the poor underground environment and poor effect of preservation,the set of chimes was damaged when unearthed,and it is in urgent need of cultural protectors to repair it.With the increasing development of science and technology,3D printing technology has become an important tool for cultural protectors to repair historical relics.By using the inspection report provided by 3D measurement software,this thesis analyzes the accuracy of the finished musical instrument chime shape restored by 3D printing technology.

关 键 词：仿玉玻璃编磬 3D打印技术 3D量测技术 

分 类 号：TS853[轻工技术与工程]