针对文物保护的重大需求和瓶颈问题，聚焦基础研究和应用基础研究，浙江大学文物保护材料实验室团队本年度已取得许多科研成果：

2023年度，共发表学术论文 25篇（英文23篇全SCI收录，中文2篇全浙大一级期刊），其中中科院分区（升级版）一区期刊 8篇、二区期刊 9篇。

今年高质量论文数明显增加。因文物保护的交叉学科属性，本实验室文章登上相关学科的国际著名期刊，包括：

 ◆考古科学：《Journal of Archaeological Science》

 ◆文化遗产学：《Journal of Cultural Heritage》

 ◆建筑学：《Journal of Building Engineering》

 ◆分析化学：《Analytica Chimica Acta》

 ◆生物学：《International Biodeterioration and Biodegradation》

 ◆环境学：《Science of the Total Environment》

 ◆材料学：《Construction and Building Materials》等。

研究内容涉及：

 水下考古临时固型材料和技术的创新研发

 遗址中有机残留物的分析方法研究和新发现

 文物本体材料劣化机理研究

 不可移动文物生物病害防控技术基础研究

 新型石质文物无机保护材料研发

 电化学免疫传感器和检测平台研究

 中国古建筑传统工艺科学原理的实验诠释

等等。

论文题目罗列于下：

1.  Bowen Wang（王博文），Miaoyi Qi，Yonghua Ma，Bingjian Zhang，Yulan Hu. Dynamics of microbial community composition during degradation of silks in burial environment (丝绸在埋葬环境下降解过程中微生物群落组成变化). Science of the Total Environment, 2023, 883: 163694. SCI (IF=9.8), JCR分区Q1.

2.  Zhendong Liu（刘振东），Longguan Zhu，Bingjian Zhang. In-situ formation of an aluminum phosphate coating with high calcite-lattice matching for the surface consolidation of limestone relics (原位形成与方解石晶格匹配度较高的新型磷酸铝涂层用于石灰岩文物的表面加固). Construction and Building Materials, 2023, 392: 131836. SCI (IF=7.4), JCR分区Q1.

3.  Cuisong Zhang（张翠松）, Bingjian Zhang, Biao Cui，Yuanzheng Lu. Variables that contribute to tabia's high mechanical strength — A study using traditional residential flooring tabia from Zhejiang, China (影响三合土高机械强度的因素—以中国浙江传统民居地面三合土为研究对象). Journal of Building Engineering, 2023, 76: 107202. SCI (IF=6.4), JCR分区Q1.

4.  Xiaolu Sun（孙晓路）, Weixiang Chen, Bingjian Zhang. A portable microfluidic device integrated with electrochemical sensing platform for detection of multiple binders in ancient wall paintings (一种集成电化学传感平台的便携式微流控装置用于检测古代壁画中的多种胶结物). Analytica Chimica Acta, 2023, 1275: 341562. SCI (IF=6.2), JCR分区Q1.

5.  Xiaolu Sun（孙晓路）, Bingjian Zhang, Weixiang Chen. Electrochemical immunosensors based on different Au modified dendritic mesoporous silica nanoparticles tag for simultaneous detection of eggs and milk proteinaceous binders used in ancient wall paintings (基于金修饰介孔二氧化硅纳米探针的电化学免疫传感器用于同时检测古代壁画中蛋类和奶类胶结物). Microchemical Journal, 2023, 191: 108814. SCI (IF=4.8), JCR分区Q1.

6.  Chengshuai Zhu（朱成帅），Liya Wang，Bowen Wang，Biao Wang，Mengxia Tang，Xin Wang，Qiang Li，Yulan Hu, Bingjian Zhang. Application and evaluation of a new blend of biocides for biological control on cultural heritages (一种新型复合杀菌剂在文化遗产生物防控的应用与评估). International Biodeterioration and Biodegradation, 2023, 178: 105569. SCI (IF=4.8), JCR分区Q1.

7.  Bowen Wang（王博文），Chengshuai Zhu，Yulan Hu，Bingjian Zhang，Jianlan Wang. Microbiome Diversity and Cellulose Decomposition Processes by Microorganisms on the Ancient Wooden Seawall of Qiantang River of Hangzhou, China (中国杭州钱塘江古代木质海塘的微生物群落多样性及其对纤维素降解过程的研究). Microbial Ecology, 2023, 86: 2109-2119. SCI (IF=3.6), JCR分区Q1.

8.  Hui Lu（鲁晖）, Ningwu Kang, Bingjian Zhang, Mingzhi Ma, Yulan Hu. Organic additives to Neolithic white lime surfaces in Yulin, Shaanxi, China (中国陕西榆林新石器时期白灰面的有机添加剂). Journal of archaeological science, 2023, 158: 105841. SCI (IF=2.8), JCR分区Q1.

9.  Xin Wang（王鑫）,Chengshuai Zhu, Yulan Hu, Zhao Zhang, Bingjian Zhang. Development and application of cinnamaldehyde-loaded halloysite nanotubes for the conservation of stone cultural heritage (用于石质文物保护的负载肉桂醛的埃洛石纳米管的发展和应用). Applied Clay Science, 2023, 236: 106886. SCI (IF=5.6), JCR分区Q2.

10.  Qiang Li（李强）, Chao Wu, Yajun Peng, Bingjian Zhang, Toward a non-invasive cleaning of the wall painting using polyelectrolyte hydrogel (聚电解质水凝胶用于古建壁画的保护性清洁). Science China Technological Sciences, 2023, 66: 2213-2224. SCI (IF=4.6), JCR分区Q2.

11.  Hui Lu（鲁晖），Bingjian Zhang, Yulan Hu, Zhengyu Wang, Yang Wu. A comprehensive analysis of the materials of the ancient Seawall in Hangzhou, China （中国杭州古海塘材料综合分析）. European Physical Journal Plus，2023 , 138:1072. SCI,AHCI、SSCI (IF=3.4), JCR分区Q2.

12.  Li Luo（罗丽）, Ping Zhou, Hui Zhu, Bingjian Zhang, Yulan Hu. A thorough detection of the mortar materials for Buddhist buildings in Bagan, Myanmar (对缅甸蒲甘地区佛教建筑砂浆材料的综合检测). European Physical Journal Plus, 2023, 138: 151. SCI (IF=3.4) , JCR分区Q2.

13.  Qian Wu（吴倩）, Bingjian Zhang, Yulan Hu. Comparison and research progress of protein detection technology for cultural relic materials (文物材料蛋白质检测技术的比较和研究进展). Coatings, 2023, 13(8): 1319. SCI (IF=3.4), JCR分区Q2.

14.  Kuanrong Zhai（翟宽容）， Bingjian Zhang, Longguan Zhu. A new proposed semi-quantitative method for the organic additives analysis in traditional lime mortar (一种新的传统灰浆有机添加剂分析的半定量方法). Journal of Cultural Heritage, 2023, 62: 284-292. SCI,AHCI (IF=3.1), JCR分区Q2.

15.  Minting Chen（陈敏婷），Haibo Sun，Bingjian Zhang，Yulan H. Mechanisms of formation and change in grass-wrapped-mud traces at the Laohuling Dam site in Liangzhu, China (中国良渚老虎岭坝址草裹泥痕迹形成和变化机理). European Physical Journal Plus, 2023, 138: 817. SCI (IF=3.4), JCR分区Q2.

16.  Xinxin Wang（王新鑫）, Hao Wang，Bingjian Zhang, Yulan Hu, Longguan Zhu. Temporary solidification and extraction of marine archaeological wood underwater at a depth of seven meters: A further contribution (水下七米深的海洋考古木质文物临时固型和提取：进一步的研究贡献). Journal of Cultural Heritage, 2023, 62: 13-20. SCI,AHCI (IF=3.1), JCR分区Q2.

17.  Lina Xie（谢丽娜）, Lan Yao, Bingjian Zhang, Yulan Hu. Evaluating the effectiveness of consolidant mixed with GO@CuO hybrids for the prevention of moss colonization on weathered sandstone (评估掺杂GO@CuO复合材料的加固剂对防止风化砂岩苔藓定殖的效果). Journal of Cultural Heritage, 2023, 60: 29-40. SCI,AHCI (IF=3.1), JCR分区Q2.

18.  Chengshuai Zhu（朱成帅）, Biao Wang, Mengxia Tang, Xin Wang, Qiang Li, Yulan Hu, Bingjian Zhang. Analysis of the microbiomes on two cultural heritage sites (两个文化遗址的微生物群落分析). Geomicrobiology Journal, 2023, 40(2): 203-212. SCI (IF=2.3), JCR分区Q3.

19.  Xiaolu Sun（孙晓路）, Bingjian Zhang, Weixiang Chen. Electrochemical Chip Combined with Immunomagnetic Beads Enrichment for the Detection of Peach Gum Binding Medium in Ancient Wall Paintings (免疫磁珠富集技术联合电化学芯片检测古代壁画中的桃胶胶结物). Analytical Letters, 2023, 56(18): 2869-2881. SCI (IF=2.0), JCR分区Q3.

20.  Xiaolu Sun（孙晓路）, Bingjian Zhang, Weixiang Chen. High-performance enrichment of casein and ovalbumin in wall painting with immunomagnetic beads (免疫磁珠高效富集壁画中的酪蛋白和卵清蛋白). Archaeometry, 2023, 65(6): 1322-1335. SCI,AHCI (IF=1.6),  JCR分区Q4.

21.  Xinxin Fang（房鑫鑫），Lina Xie，Bingjian Zhang，Jiajia Li. Investigation and analysis of ancient brick carvings of the Liuhe Pagoda in Hangzhou (杭州六和塔古代砖雕的调查分析). Archaeometry, 2023, 65(6): 1285-1295.  SCI,AHCI (IF=1.6), JCR分区Q4.

22.  Chengshuai Zhu（朱成帅）, Qiang Li, Xin Wang, Yulan Hu, Bingjian Zhang. Biocides for the control of mosses on stone cultural relics (石质文物防控苔藓的杀菌剂). Studies in conservation, 2023, 68(5):502-511. SCI (IF=0.8), JCR分区Q4.

23.  Meng Wu（吴朦），Bingjian Zhang，Qiong Zhang，Qian Cheng，Siwei Jiang，Li Li. Determination of peach gum in ancient Chinese paintings by biotin-streptavidin-enzyme-linked immunosorbent assay (通过生物素-链霉亲和素-酶联免疫吸附测定法检测中国古代绘画中的桃胶). Studies in Conservation, 2023. DOI: 10.1080/00393630.2023.2174798. SCI,AHCI (IF=0.8), JCR分区Q4.

24. 胡瑜兰，秦玥，张秉坚，古建筑、壁画及土遗址中常见害虫防治研究的现状与展望，昆虫学报，2023，66(08)：1117-1127.（浙大一级）

25. 胡瑜兰，杜彬彬，潘力伟, 杜晧玮，张秉坚，聚丙烯腈-纳米银复合静电纺丝纤维膜的制备及其石窟文物微生物病害防治，复合材料学报，2023，40（7）：3986-3997.（浙大一级）

以上成果为本实验室完成国家重点研发计划课题和省厅局文保科研项目，以及实施世界遗产和国保单位保护监测等提供了理论、方法和技术支撑。同时，也是文物保护一流学科建设和人才培养的成效。

所有工作都是在浙江大学艺术与考古学院、化学系和各文博单位的支持下，经实验室全体师生的共同努力取得的，我们将会继续努力。

浙江大学文物保护材料实验室

2023年12月28日

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