传统书画装裱修复技艺多元价值及其体系构建探究——基于"苏裱"传承人访谈的思考

价值多元化是中国传统书画装裱修复技艺重要的特征之一.当前书画装裱修复从业者对技艺价值认知程度不均,价值认知现状不能与多元价值共存的现实相匹配.基于非物质文化遗产保护与传承的视角,书画装裱修复从业者应从理念上重新树立多元价值观、方法上加强现代科技手段的有效介入、理念上重视传承人整体情况的深入探求、行动上加快技艺科学化研究进程等几个方面来全面构建技艺多元价值体系.     

试论舟形灶

汉晋墓出土的舟形陶灶分布较广,以淮河及长江下游的江浙皖赣地区为中心,广泛见于北至鲁南,西到湘鄂西部,东南至海的广大区域.其延续时间较长,有些类型一直沿用到宋代.各种类型的舟形灶均有特定的分布区域,随着时代的推移,逐渐向外传播,其中最为典型的B型和C型舟形灶,南移趋势明显,这与历史上的人口南迁有较大关系;而具有岭南文化因素的D型灶则向附近的江西和福建扩散.江淮之间的苏皖地区出现了A型、B型和C型舟形灶的较早类型,不排除这里是舟形灶发源地的可能.     

从敬神恤民到敛财虐民——解说明代的新官到任

明初,朱元璋御制《到任须知》,为到任新官提供指南.随后,明廷又将新官到任、复任加以礼制化,包括城外斋戒、入城谒神、望阙谢恩、僚属参见、宴飨父老等环节,旨在敬神恤民.国家层面的礼仪下贯到地方社会后,遭遇世俗化的革易,诸如缩短斋期、铺设银器、聚众看戏等,并由于私人权力的腐蚀而变形,以至于国家礼制的规定沦为敛财虐民的工具.     

基于手机信令数据的长春市活动空间特征与社区分异研究

居民时空行为成为透视城市空间的重要视角,本文基于手机信令数据研究长春市活动空间及其社区分异,轮廓性的揭示居住空间、就业空间和消费休闲空间的分布规律,从人地互动的过程与格局的视角认识城市空间。研究发现,居住活动对中心城区依赖明显高于就业和消费休闲活动,就业活动呈现多中心连片发展格局,近郊的欧亚卖场和郊区的净月潭成为人们消费休闲活动的重要选择。就业-居住距离和消费休闲-居住距离的社区分异显著,折射出三类活动空间关系复杂,由此感知城市生活空间质量和社会空间结构。通过对社区分异的空间聚类分析明晰各地域自身问题,从而有针对性的对长春的空间调整优化和居民行为引导提出建议,构建和谐宜居的城市空间。     

国外进口瓷器修复专用材料的应用研究

国内外瓷器修复的基本流程没有很大差异,但是西方国家生产的修复专用材料品种较丰富,值得国内修复界吸收与应用。为此,本研究着重对Hxtal NYL-1、Golden Porcelain Restoration Glaze、Golden Polymer Varnish with UVLS三款瓷器修复专用产品开展分析研究。测试结果显示,在国内外5类环氧树脂中,Hxtal NYL-1的拉伸强度最低,断裂伸长率最高。Hxtal NYL-1在波长365nm的紫外线照射78d后,其色差变化最平稳。紫外可见光谱数据显示Golden Glaze仅吸收一定的中波紫外线UVB,Golden Varnish对长波紫外线UVA和中波紫外线UVB都具有吸收能力。波长365nm紫外老化实验可证明Golden Glaze和Golden Varnish都具备较好的光稳定性。而在254nm紫外老化环境下,Golden Varnish表现出更佳的抗紫外性能。此外,围绕瓷器修复实例,对这些产品的在修复中的使用方法进行了简要梳理。     

关于上山文化年代的讨论

学界对上山文化的年代存有争议,《浦江上山》断定其年代上限超过万年,但是根据上山文化分期和其他遗址测年数据来分析,上山文化的年代上限有可能落在距今9400—9134年之间。同时,无论是测年数据和陶器类型学,都不能确定上山文化比彭头山文化更早,二者同时的可能性亦不能排除。     

Loyalist,patriot, or colonizer? The three faces of Zheng Chenggong in Meiji Japan and late Qing China

ABSTRACT

This article examines the transformation of Zheng Chenggong’s image in Meiji Japan and late Qing China. Prior to the mid-nineteenth century, Zheng Chenggong was often depicted as a Ming dynasty loyalist in Chinese narratives and as a Japanese hero adventuring in a foreign land in Japanese narratives. The two groups of narratives converged in the late nineteenth and early twentieth centuries, transforming Zheng Chenggong into a patriot, an anti-imperialist hero, and a conqueror and developer of Taiwan. Underlying the convergence of Chinese and Japanese narratives of Zheng Chenggong was surging nationalist sentiment in response to different forms of imperialism. This study aims to show how different nationalist agendas activated efforts to recreate Zheng Chenggong’s image in China and Japan at the turn of the nineteenth century.     

Multiphase flow simulation through porous media with explicitly resolved fractures

Accurate simulation of multiphase flow in fractured porous media remains a challenge. An important problem is the representation of the discontinuous or near discontinuous behaviour of saturation in real geological formations. In the classical continuum approach, a refined mesh is required at the interface between fracture and porous media to capture the steep gradients in saturation and saturation‐dependent transport properties. This dramatically increases the computational load when large numbers of fractures are present in the numerical model. A discontinuous finite element method is reported here to model flow in fractured porous media. The governing multiphase porous media flow equations are solved in the adaptive mesh computational fluid dynamics code IC‐FERST on unstructured meshes. The method is based on a mixed control volume – discontinuous finite element formulation. This is combined with the P_N+1DG‐P_NDG element pair, which has discontinuous (order N+1) representation for velocity and discontinuous (order N) representation for pressure. A number of test cases are used to evaluate the method's ability to model fracture flow. The first is used to verify the performance of the element pair on structured and unstructured meshes of different resolution. Multiphase flow is then modelled in a range of idealised and simple fracture patterns. Solutions with sharp saturation fronts and computational economy in terms of mesh size are illustrated.     

Chemical and Microscopic Study of Masonry Mortar in Ancient Pagodas in East China

Ancient mortars played a crucial role in the construction of historical architectures due to their physical and chemical compatibility with traditional building materials such as stones and bricks. Therefore, the analysis and optimization of the ancient mortar formula are significant in the restoration and preservation of historical sites. In this work, 20 mortar samples selected from five ancient stone pagodas in Zhejiang Province, China, were analyzed. The results showed that mud, lime-soil mortar, lime-sand mortar, and lime-gypsum mortar were used as binders in these pagodas. The Ca(OH)₂/aggregate ratio ranging from 0.3 to 2.7 was usually used to prepare lime mortar. Protein and polysaccharide were also found in some samples.     

“罗马和平”时期石碑的保护修复

罗马帝国初期的200年(公元前27年~公元2世纪)是罗马的鼎盛时期,开创了经济、文化、军事、艺术前所未有的高峰,被称为"罗马和平"时期。本文保护修复的几件"罗马和平"时期的石碑原本收藏在意大利罗维纳市的Lapidario博物馆,后委托意大利博洛尼亚KRITERION文物修复公司进行保护修复,进行了清洗、补全、封护等保护修复工作。