高仁姬
时间: 2023-08-23 点击: 次
来源: 作者:
高仁姬
讲师
General information:
Dr. INHEE GO
Lecturer
30 Xueyuan Road, Beijing, 100083, China
Email: b2122342@ustb.edu.cn
Research interests:
My research interest identifies raw materials and figures out physicochemical characteristics through scientific analysis of ancient pigment and handmade paper and also focuses on using this data to reveal the principles of traditional manufacturing techniques and apply statistical analysis to trace the origins of raw materials.
Education:
2017-2020, Chungbuk National University (Korea), Department of Cultural Heritage Science, PhD, Cultural Heritage Science, Thesis: Origin Discrimination of Paper Mulberry and Korean Paper (Hanji).
2010-2012, Chungbuk National University (Korea), Department of Cultural Heritage Science, MSc, Cultural Heritage Science, Thesis: Extraction of indigo through acid hydrolysis on the extractives from indigo (Polygonumtinctorium L.) leaves.
2007-2010, Yonsei University (Korea), Department of Science and technology, BSc, Chemistry & Medical chemistry.
2005-2007, Kijeon College (Korea), Department of cultural and art, Associate's Degree, Cultural and Art.
Research experiences:
2023 to now |
Lecturer, Institute for Cultural Heritage and History of Science & Technology, USTB |
2021 - 2023 |
Post-doc, Institute for Cultural Heritage and History of Science & Technology, USTB |
2017 - 2019 |
Researcher, National Research Institute of Cultural Heritage, Korea, Research on Quality Standards of Traditional Paper (Hanji) for Restoring Cultural Properties |
2014 - 2016 |
Researcher, National Research Institute of Cultural Heritage, Korea, Research on Manufacturing Technique and Quality Evaluation for Korean Traditional Pigments of Dancheong |
2013 - 2013 |
Researcher, National Research Institute of Cultural Heritage, Korea, Research on Restoration Technology for the Beewax Treated Annals of Joseon Dynasty |
Key projects:
- Beijing Natural Science Foundation (北京市自然科学基金), Deep learning-based micromorphological image discrimination dataset and development of an identification model to distinguish the manufacturing method of mineral pigments, PI
- The Ministry of Science and Technology of China, 外国青年人才计划, 大渠慕葬出士汉代彩绘陶楼科技分析, PI
主要论著：
Selected Publications:
In English
(1) InHee Go; Jingqi Wen; Xiang He; Naitao Liu; Hong Guo ; A multi-analytical approach to Identify ancient pigments used in pottery towers excavated from the Han Dynasty tombs, Heritage Science, 2023, 11(1).
(2) InHee Go; Ah Hyeon Jo; KyungJu Jang; KyuTae Park; SunMi Park; SeonJoo Park; SeonHwa Jeong; Morphological characteristics of bast fiber according to the molecular phylogenetic Classification of Korean Broussonetia, Journal of Korea TAPPI, 2022, 54(5): 55-65.
(3) InHee Go; SeongWoo Mun; JangJon Lee; HyeYoung Jeong; A case study on Hoeamsa Temple, Korea: technical examination and identification of pigments and paper unearthed from the temple site, Heritage Science, 2022, 10(1).
(4) In Hee Go; Ah Hyeon Jo; Sir Lin Jeong; Tae Young Heo; Kun Cho; Tea Ho Choi; Predictive model of geographical origin discrimination of paper mulberry and handmade paper using ICP-AES/MS and multivariate statistical analysis, Journal of Conservation Science, 2021, 49: 222-228.