王全玉

职称：教授、博士生导师

联系方式：q.wang@sdu.edu.cn

教育背景

1980.9-1985.7 清华大学化学与化学工程系 获学士学位

1985.9-1988.7 清华大学化学系 获硕士学位

1997.1-2000.4 英国伦敦大学考古学院 获博士学位

工作履历

1988.7-1996.12 北京大学考古系讲师

1995.9-1996.10 美国史密森学院访问学者

2000.12-2003.1 英国谢菲尔德大学考古系博士后

2003.2-2004.8 伦敦大学伯克白克学院生物与化学系博士后

2004.8-2019.11 大英博物馆科技部资深科学家

2019.12-至今 山东大学特聘教授

主讲课程：青铜器研究

近期研究方向：冶金考古；金属文物腐蚀机理以及其防腐研究

目前承担的主要科研项目：

侯马铸铜泥范技术研究；

英国铁器时代大型金属容器制作技术研究

代表性论著：

Wang, Q.and Ottaway, B. S., 2004.Casting Experiments and Microstructure of Archaeologically Relevant Bronzes. BAR International Series 1331.

Wang, Q., 2002.Metalworking technology and deterioration of Jin bronzes from the Tianma-Qucun site, Shanxi, China. BAR International Series 1023.

代表性论文：

2026 WangY., Wang,Q.*,et al.Effects of Environmental Pollution on SandstoneHeritage Deterioration: An In-situ Investigationand Laboratory Leaching-aging Simulation.Studiesin Conservation.https://doi.org/10.1080/00393630.2026.2730988.

2026 Wu M. et al., Wang Q. *Blood-induced biomineralized calcium carbonate used for binding in the Huashan rock art of Guangxi, Southern China,J.of Archaeological Science,193 (2026)106650.https://doi.org/10.1016/j.jas.2026.106650

2026 LiangY.,et al., WangQ.*Material characterization of solders used in bronze vessels from the Lu state (c. 560–370 BCE) reveals the diachronic change of soldering techniques,Archaeological Research in Asia46(2026):100714.10.1016/j.ara.2026.100714

2026 张新天，田建文，王全玉*，东周青铜器红铜错嵌工艺研究—以邱家庄墓地铜壶为例，中国国家博物馆馆刊No.271(02):144-159

2026 董逸岩，苏荣誉，马强，高振龙，王全玉^*，新见中国古代铸铜用泥范制作的一种技术选择，文物保护与考古科学38(1): 32-41.

2026 Zhang X., Gao J., Wang Y., Wang Q.* Tian J.The Impact of Political Changes on Bronze Manufacturing Technology and Metal Sources in the Late Jin state (c. 6th–4th centuries BCE): Archaeometallurgical Evidence from Southern Shanxi.Archaeological and Anthropological Sciences18(2026):69.https://doi.org/10.1007/s12520-026-02429-1

2026 Weng X.,et al.,Wang Q*.Scientific analysis reveals the technological choice of pottery production insouthwestern Shandong province from late Neolithic (c.2300-1800 BCE) toearly Bronze Age (c.1750-1450 BCE).J.of Archaeological Science: Reports69(2026)105534.https://doi.org/10.1016/j.jasrep.2025.105534

2025 郝娜，王焕，王全玉，西安十里铺汉墓鎏金银铜棺饰的科技分析，文物保护与考古科学37(4)：50-60

2025GaoJ.,et al.,WangQ*.Circulation of bronze mirrors between China and Japan during the Western Han dynasty: A scientific analysis on bronze mirrors excavated in Linzi city.J.of Archaeological Science:Reports67(2025)105393.https://doi.org/10.1016/j.jasrep.2025.105393

2025 梁一凡，刘朵，王雅正，孙键，王全玉*,温湿度对馆藏铁质文物大气腐蚀行为的影响研究.腐蚀与防护46(10): 43-54

2025 郑贝贝，王全玉*等，安福起风山汉墓出土金属器的初步科技分析及相关问题探讨.南方文物4: 251-262

2025 WangB.,et al.,WangQ*.Phytolith analysis reveals plant tempering in bronze-casting moulds from Bronze Age China (1250 -221 BC) as a technological choice,J.of Archaeological Science,182(2025)106358.https://doi.org/10.1016/j.jas.2025.106358

2025 GaoJ.,et al.,Wang Q*.Technology, inhabitants and ritual traditions revealed by scientific analyses of Eastern Zhou bronze artefacts from the Lu state, Qufu, China,J.of Archaeological Science,180(2025)106309.https://doi.org/10.1016/j.jas.2025.106309

2025 LiC.,et al.,WangQ.*.Specialized production of coins in early China: a study of coin‑casting ceramic molds unearthed from mints in the Qi state of the Eastern Zhou period.Archaeological and Anthropological Sciences17 (2025):24.https://doi.org/10.1007/s12520-024-02153-8

2025 LiuN.,et al.,Wang Q*. Comparative study of Bronze Age ceramic moulds reveals diachronic and spatial change in mould material processing in the Central Plain of China, c. 13th-3rd century BCE.J.of Archaeological Science,174(2025)106145.https://doi.org/10.1016/j.jas.2024.106145

2025 Liu, D., Wu, M., Wang, Q.*.Electrochemical Analysis of Chloride Impacts on PassivationofArchaeological Iron inDesalinationSolutions.StudiesinConservation70(6):518–529.https://doi.org/10.1080/00393630.2024.2423970

2024 Zhang, X.,Wang, Y.,Liang, Y., Wang, Q.*.Material characterization of forged bronzes from ancient China (c. 11th-2nd century BCE) revealsdevelopment ofthenon-mainstream metalworking technique in Chinese bronze production.J.of Archaeological Science,172(2024)106108.https://doi.org/10.1016/j.jas.2024.106108

2024 Wang, C.,et al.,Wang, Q.*. The diversity of bronze production technologies during the Eastern Zhou dynasty revealed by analysis of slags from the Baidian and Xincun sites in Central China.Heritage Science(2024) 12:333.https://doi.org/10.1186/s40494-024-01449-1

2024 Liang,Y.,et al.,Wang, Q.*. Scientific analysis on decorative sheet metals of the Spring and Autumn period unearthed from Zaoshulin cemetery, Hubei, China.J.of Archaeological Science: Reports,59(2024)104751.https://doi.org/10.1016/j.jasrep.2024.104751

2024 Gao,J.,et al., Wang. Q.*.Technical and economic history of western Han dynasty revealed by bronze mirrors from Zonglvcheng cemetery, Linzi, China,Archaeological and Anthropological Sciences16(2024):73.https://doi.org/10.1007/s12520-024-01977-8

2024 Liu, D., Zhu, P., Liang, Y., Wang, Q.*, Atmospheric Corrosion of Iron Artifacts in Museum Environments: Determination of Anions in Extraction Solutions Using Ion Chromatography,Studies in Conservation69(2): 113-123.https://doi.org/10.1080/00393630.2023.2185724

2023 Liu, N.,et al.,Wang, Q.*, A new FTIR spectrophotometric method for estimating the firing temperature of ceramic bronze-casting moulds from the Houma foundry, China.J.of Archaeological Science: Reports52(2023)104256.https://doi.org/10.1016/j.jasrep.2023.104256

2023 Wang,Q.et al. Identification of surface coatings on ceramic bronze-casting moulds from the Houma foundry, Shanxi, China.J.of Archaeological Science: Reports48(2023)103858.https://doi.org/10.1016/j.jasrep.2023.103858

2022 王全玉，X射线成像技术在文物保护与制作工艺研究中的应用，文物保护与考古科学34(6): 10-16

2022 Wang, Q., Craddock, P. and Hudson, J.A Metallographic Study of Objects and Fragments from the Site of Igbo Isaiah, Igbo-Ukwu, Nigeria,AfricanArchaeological Review39(4):419-435.https://doi.org/10.1007/s10437-022-09500-x

2022 Wang,Q.andOttaway, B.Metallographic analyses of Copper-based objects excavated at Zambujal, Portugal, inMartin Bartelheim,Roland Gauss,Michael Kunst(Eds.), Fruher Bergbau Und Metallurgie Auf Der Iberischen Halbinsel: From the Object to the Mine. Papers from the Project and the Conference 'Prehistoric Copper Metallurgy in Zambujal (Portugal)'. Iberia Archaeologica 15.2:65-90

2022 梁一凡，王雅正，王全玉*，青岛室内大气环境中铁质试样的腐蚀劣化行为研究,腐蚀与防护43(7):24-32.DOI:10.11973/fsyfh-202207004

2022 BergerD., Wang Q.,*et al. The Salcombe metal cargoes: New light on the provenance and circulation of tin and copper in Later Bronze Age Europe provided by trace elements and isotopes.J. of Archaeological Science138,Article 105543

2021 Li K.S., Wang Q. et al., Decorated models, replication, and assembly lines for bronze industrial production in 500B.C.E. China.Early China(2021) 44:109–142. doi:10.1017/eac.2021.9

2021 Wang, Q.,Technical Studies of Balkan White Metal Jewellery of the Nineteenth–Twentieth Centuries,Studies in Conservation66 (2): 113-126.https://doi.org/10.1080/00393630.2020.1767339

2021 Wang, Q.,Tin-rich surface decoration of Chinese bronzes: a case study of the British Museum collection,Archaeometry63(1): 105-121.https://doi.org/10.1111/arcm.12614

2020 王全玉，馆藏金属器物上浅蓝色铜锈蚀物的辨别与成因分析，文物保护与考古科学32(6):117-125.

2020 Wang, Q.，Chen，Y.and Tamburini，D.，Was Lacquer the Key Ingredient For Luxurious Jinyin Pingtuo Products in the Tang Dynasty of China (Ad 618–907)?Archaeometry62(3): 646-659.doi: 10.1111/arcm.12545 (2020-2-10)

2019 Wang, Q., Su, R., O’Flynn, D. and Chen, Y.,Manufacturing techniques of Eastern Zhou bronze ding vessels with short legs: a case study of bronze ding (1949,0711.1) in the British Museum collection,HistoricalMetallurgy53(1):1-9.

2019 Wang, Q., Chen, Y., Su.,R.Houma bronzes in the British Museum: a technical study.Orientations November/December, 44-63.

2018 Wang, Q.,Strekopytov, S.,Roberts, B.W.Copper ingots from aprobableBronze Age shipwreck off the coast of Salcombe, Devon: composition and microstructure.J. of Archaeological Science97, 102-117.https://doi.org/10.1016/j.jas.2018.07.002

2017 Wang, Q., Chapter 6: Metal Analysis,inA. Baldwin and J. Joy (eds.),A Celtic Feast: The Iron Age Cauldrons From Chiseldon, Wiltshire. London: The British Museum Research Publication 203, 67-77.

2016 Wang. Q. and Priewe, S., Technical investigations of three bronze vessels from southern China: two double-ram zun vessels and a pou vessel.The Bulletin of the Nezu Museum Shikun vol.8 2016, Special Feature, Current Research on the Double –Ram Zun.154-142 (with Japanese version on 39-58).

2016 Wang, Q.,Strekopytov, S.,Roberts, B.W.,Wilkin, N.,Tin ingots from a probable Bronze Age shipwreck off the coast of Salcombe, Devon: Composition and microstructure,J. of Archaeological Science67, 80-92.

2015 Wang, Q.,Vlachou-Mogire, C.,Gooch, M. and Cook, B.,A metallographic study of debased silver coinage of Henry VIII,British Museum Technical Research Bulletin9, 57-63.

2014 王全玉，汪海岚.大英博物馆所藏齐国货币的成分分析，任天洛，曹玮主编<秦时期冶金考古国际学术研讨会论文集>，北京：科学出版社109-120。

2014 Wang, Q., Priewe, S. and La Niece S., A Technical Study of Inlaid Eastern Zhou Bronzes in the British Museum Focusing on a Unique Figure of a Leaping Feline,ISIJ International54 (5) 1131–1138.

2013 Wang, Q. and Priewe, S.,Scientific analysis of a Buddha attributed to the Yongle period of the Ming dynasty,British Museum Technical Research Bulletin7, 61–68

2013 Wang, Q.and Crew, P.,Three ores, three irons and three knives, in J. Himphris and T. Rehren (eds.),The World of Iron, London:Archetype Publications Ltd.393-401.

2013 Rimmer,M., Watkinson, D. and Wang Q.,The impact of chloride desalination on the corrosion rate of archaeological iron,Studies in Conservation58(4),326-337.

2012 Wang, Q., Technical Studies of ThreeGuiVessels of the Early Western Zhou period in the British Museum Collection, in P. Jett, B. McCarthy and J.G. Douglas (eds.),Scientific Research on Ancient Asian Metallurgy, Proceedings of theFifth Forbes Symposium at the Freer Gallery of Art, London: Archetype Publications Ltd. 63-72.

2012 Rimmer M., Watkinson, D. and Wang Q.,The efficiency of chloride extraction from archaeological iron objects using deoxygenated alkaline solutions.Studies in Conservation,57(1), 29-41.

2011 Wang, Q., Priewe, S., Chen, K., and La Niece S., A Chinese bronzeguivessel: genuine Western Zhou object or fake?The British Museum Technical Research Bulletin5, 59-66.

2010 Rimmer, M. and Wang, Q., Assessing the effects of alkaline desalination treatments for archaeological iron using scanning electron microscopy,The British Museum Technical Research Bulletin,4,79-86.

2009 Wang, Q., Huang H. and Shearman F., BronzesfromtheSacredAnimalNecropolisatSaqqara, Egypt: a study of the metals and corrosion,The British Museum Technical Research Bulletin,3,73-82.

2008 Wang, Q., Dove, S., Shearman F., and Smirniou, M., Evaluation of methods of chloride ion concentration determination and effectiveness of desalination treatments using sodium hydroxide and alkaline sulphite solutions.The Conservator,31, 67-74.

2007 Wang, Q., Effects of relative humidity on the corrosion of iron: an experimental view,The British Museum Technical Research Bulletin,1, 65-73.

2007 Clark, R. J. H. Wang, Q., and Correia, A., Can the Raman spectrum of anatase in artwork and archaeology be used for dating purposes? Identification by Raman microscopy of anatase in decorative coatings on Neolithic (Yangshao) pottery from Henan, China,J.of Archaeological Science,34(11), 1787-1793.

2007 Wang, Q., An investigation of deterioration of archaeological iron.Studies in Conservation,52(2), 125-134.

2002 Wang, Q., Merkel, J. F. and Chase, W. T., Preliminary Study on Black Layers on Qucun Bronzes, in E. Jerem and K. T. BirÓ(eds.), Archaeometry 98,proceedings of the 31th Symposium, Budapest, April 26 – May 3 1998.BAR (British Archaeological Reports) International Series1043. 497-500.

2002 Wang, Q. and Andrews, K. C., Technological investigation of the decorative coatings on Yangshao pottery from Henan, China.Archaeometry,44(2), 241-250.

2001 Wang, Q. and Merkel, J. F.,Studies on the redeposition of copper in Jin bronzes from Tianma-Qucun, Shanxi, China.Studies in Conservation,46(4), 242-250.

2000 Wang, Q., Odlyha, M., and Cohen, N. S., Thermal analyses of selected soil samples from the tombs at the Tianma-Qucun site, Shanxi, China.Thermochimica Acta, special issue “Preservation of Cultural Heritage”,365(1/2), 189-195.

1995 王全玉,坡地窑磁州窑系瓷器的研究，硅酸盐学报，23(1), 55-60.

1994 王全玉,观台磁州窑瓷器的研究，中国陶瓷，6, 55-61.

1994 王全玉,吉州窑黑釉瓷器的研究，中国陶瓷，4, 55-59.

主要学术兼职：

中国机械工程学会铸造分会铸造史工作委员会理事

大英博物馆科技部名誉研究员

国际博物馆学会金属组会员

获奖情况：

资助国内学者成功获得英国皇家学术院的首批访问学者基金

大英博物馆研究基金

英国人文研究联合培养博士基金

英中文化交流基金

日本文化交流基金

福布斯研究基金

博士期间所获奖学金：Tylecote Scholarship；Getty Scholarship；Overseas Research Student Awards

学术任职

曾任伦敦大学考古学院（Institute of Archaeology, University College London）名誉研究员

英国文化遗产学会 (English Heritage)冶金考古顾问

《中国科技史杂志》境外编辑

更新时间：2026.10