Keywords
Polychrome cliff carvings
Non-destructive testing
Infrared thermal imaging
Leeb hardness
Spectrophotometer
Submitted : 2025-05-14
Accepted : 2025-05-29
Published : 2025-06-13
Abstract
Scientific analysis and testing of cultural relics are often carried out during the design phase prior to restoration, serving as the foundation for subsequent conservation treatment. Given the diversity and complexity of cultural relics, uncertainties are often present at all stages of conservation and restoration, making on-site analysis and testing at the conservation site highly significant for guiding protection and treatment. This paper, focusing on on-site conservation work for polychrome cliff carvings, discusses the application scenarios of several relatively simple and practical analysis and testing instruments—such as infrared thermal imagers, Leeb hardness testers, and spectrophotometers—at conservation and restoration sites.
References
Ye JC, Zhang ZJ, 2019, Correlation Study on Physical and Mechanical Parameters of Beijing Marble. Journal of Engineering Geology, 27(3): 532–538.
Kaplan RS, 2015, Quantifying Selection in Chimpanzee Composite Tool Use at Bossou, Guinea: Novel Material Property Tests of the Archaeological Record, thesis, The Columbian College of Arts and Sciences of The George Washington University.
Chen DP, Mao HX, Xiao ZH, 2016, Current Status and Development of Infrared Thermal Imaging Non-destructive Testing Technology. Computer Measurement & Control, 24(4): 1–6 + 9.
Wang XD, Zhang HY, Guo QL, 2008, Weathering Characteristics and Protection Countermeasures of the Cliff Bodies of the Mogao Caves in Dunhuang. Proceedings of the 2008 International Conference on Ancient Site Conservation and Regional Symposium of the International Society for Rock Mechanics, 214–223.
Yang ZQ, Yang T, Yang J, et al., 2024, Research on Backlight Protection and Reinforcement of Statues in Maijishan Grottoes. Cultural Relics and Museums, 2024(4): 90–95.
Yang SL, Wang YW, Su BM, et al., 2018, Research on the Distribution Characteristics of Water and Salt in the Conglomerate of the Cliff Body of Yulin Grottoes in Guazhou. Dunhuang Research, 2018(1): 136–140.
Yan K, 2024, Analysis of Construction Quality and On-site Inspection Technology of Building Main Structure. Architecture & Decoration, 2024(3): 79–81.
Zhang Y, Guo H, Yang JD, et al., 2022, In-situ Non-destructive Analysis and Research on the Pigment Layer of the Tianshui Xianrenya Grottoes Murals. Spectroscopy and Spectral Analysis, 42(11): 3526–3532.
Li XQ, Yang Q, 2009, Restoration and Protection of Stone Cultural Relics in Museums. Proceedings of the 6th and 7th National Symposium on Cultural Relics Restoration Technology, 374–378.
Li G, He XH, 2006, Restoration of the Painted Sarcophagus Relics in the Collection. Proceedings of the 4th and 5th National Symposium on Cultural Relics Restoration Technology, 255–256.
Shi QM, 2013, The Application of Digital Virtual Technology in the Protection and Inheritance of Cultural Heritage: A Case Study of the Digital Virtual Chamber of the Tangya Tusi King. Frontiers, 2013(16): 162–164.
Shen LX, 2012, Research on the Protection and Restoration Techniques of Ancient Grottoes: A Case Study of Xiangtang Temple Grottoes in Handan. Young Writers, 2012(13): 207.
Ou Y, 2019, A Preliminary Study on the Protection, Restoration and Recovery Design of the Gushan Ancient Road Landscape in Fuzhou. Fujian Architecture, 2019(3): 25–28.
Zhang JK, Liang XZ, Ye F, et al., 2018, Research on Weathering Characteristics of the Northern Cliff Body of the Mogao Caves in Dunhuang along the Depth Direction. Chinese Journal of Engineering Geology, 26(6): 1499–1507.
Fan JS, 1994, The Protection of the Dunhuang Grottoes for Fifty Years. Dunhuang Research, 1994(2): 7–13.