浙江大学文物保护材料实验室年度工作简报

在浙江大学艺考院、化学系、以及相关文博单位的支持和协助下，本实验室团队在科研论文、授权专利、文物调研和监测、文物保护工程设计、研究生培养等方面：

一、2022年度发表科研论文20篇（其中英文13篇，中文7篇）

1.李强等. Hybrid hydrogels based on polyvinyl alcohol, branched polyethylenimine, polydopamine, and phosphonium-based ionic liquid for effective synergetic antibacterial applications (基于聚乙烯醇、支化聚乙稀亚胺、聚多巴胺和磷基离子液体的复合水凝胶的有效协同抗菌应用). Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2022, 648, 129277. SCI (IF=5.518)

2.李强等. Phosphonium-based ionic liquids as antifungal agents for conservation of heritage sandstone (磷基离子液体作为保护文物砂岩的抗真菌剂). RSC Advances, 2022,12,1922-1931. SCI (IF=4.036)

3.伍洋等. Weathering Characteristics of White Marble Relics Around the Hall of Supreme Har

mony (Taihe Dian) in the Forbidden City (故宫太和殿周围白大理石文物的风化特征). KSCE Journal of Civil Engineering, 2022, DOI: 10.1007/s12205-022-1108-z. SCI (IF=2.115)

4.姚岚等. Application of 4-dihydrochromone as a temporary consolidant in underwater archeology (4-二氢烯酮作为临时固型剂在水下考古中的应用). Journal of Cultural Heritage,2022, 57(6):235-242. A&HCI, SCI (IF=3.229)

5.张迪等. A new method for shellac binder detection in ancient building mortar (检测古代建筑砂浆中虫胶粘合剂的新方法). New Journal of Chemistry, 2022, 46(16):7563-7568. SCI (IF=3.925)

6.朱成帅等. Analysis of the Microbiomes on Two Cultural Heritage Sites (对两处文化遗址的微生组的分析). Geomicrobiology Journal, 2022, DOI: 10.1080/.2022.2137604. SCI (IF=2.412)

7.伍洋等. Environmental Factor Accelerate the Deterioration of Tuff Stone Heritage: A Case Study of a Stone House in Southeast China (环境因素加速凝灰岩石质文物的劣化：一项中国东南地区石质房屋的案例研究). Buildings,2022, 12(2):188. SCI (IF=3.324)

8.王新鑫等. Temporary solidifying extraction and in situ preservation of fragile marine artifacts: Experimental study and pilot test (脆弱海洋文物的临时固型提取和原状保存：实验研究和小规模实验). Journal of Cultural Heritage, 2022,53:220-225. A&HCI, SCI (IF=3.229)

9.王鑫等. The application of thymol-loaded chitosan nanoparticles to control the biodeterioration of cultural heritage sites (载百里香酚的壳聚糖纳米粒子在控制文化遗产生物劣化中的应用). Journal of Cultural Heritage, 2022,53: 206-211. A&HCI, SCI (IF=3.229)

10.翟宽容等. The earliest lacquerwares of China were discovered at Jingtoushan site in the Yangtze River Delta (发现于长江三角洲井头山遗址的中国最早漆器). Archaeometry, 2022, 64(1):218-226. A&HCI, SCI (IF=1.915)

11.朱成帅等. Biocides for the Control of Mosses on Stone Cultural Relics (用于控制石质文物苔藓的生物杀灭剂). Studies in Conservation, 2022, DOI: 10.1080/.2022.2053429. A&HCI, SCI (IF=0.847)

12.谢丽娜等. Preliminary assessment of the efficacy of nano–MgO–based dispersion for th

e consolidation of artificial weathered sandstone (初步评估以纳米氧化镁为基础的加固液用于风化砂岩加固的有效性). Archaeometry, 2022, 64:997–1012. A&HCI, SCI (IF=1.915)

13.张迪等. A new method for detecting sticky rice in ancient mortar based on ELISA (基于ELISA检测古代砂浆中糯米的新方法). Archaeometry, 2022, 64(5):1226-1239.A&HCI, SCI (IF=1.915)

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