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Monitoring Mechanism in Preservation of Monuments in Hot and Wet Climate Area (Bureau of Cultural Heritage, Ministry of Culture, Taichung, Taiwan, Republic of China -Part of the Results of the Study)

机译:炎热气候区纪念碑监测机制(文化遗产,文化部,台湾,中华民国,中华民国,研究结果)

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Historic monuments and buildings are critical cultural assets which cannot be presented by again by human beings. Longer affected by natural climate, environment and biological behavior (including human), resulting in damage and the need for repair. Therefore, UNESCO proposed periodic reporting and reactive monitoring in 2007, in order to achieve "early detection, early repair". This study discusses about suitable preservation monitoring methods for Taiwan. To shed light on damage and impact factors of historical buildings and cultural relics, the study is based on impact and sensor, monitoring method, monitoring period and maintenance personnel in order to propose standard operating procedures of monitoring method. To reduce the rate of the human and sensor monitoring, with the long-term monitoring data analysis, it is calculated that 30 minutes is the best period of data collecting. Besides, the study is adopted regression analysis to select temperature variable only then calculate humidity variable function. This study provides a reference monitoring method for monitoring personnel and maintenance personnel, and establishes a long-term monitoring data based information for damage and destroy in the future. Monitoring period and maintenance personnel can follow the data based to find out the damage points and problems, to keep the value of cultural assets.
机译:历史古迹和建筑是批判性文化资产,不能被人类再次呈现。受天然气候,环境和生物行为(包括人类)影响的更长,导致修复损坏和需要。因此,教科文组织提出了2007年的定期报告和反应监测,以实现“早期检测,早期修复”。本研究探讨了台湾合适的保存监测方法。该研究基于历史建筑和文物的伤害和影响因素来阐明灯光,监测方法,监测期和维护人员,以提出监测方法的标准操作程序。为了降低人类和传感器监测的速率,随着长期监测数据分析,计算30分钟是最佳数据收集时期。此外,采用了回归分析来选择温度变量,然后计算湿度可变功能。本研究提供了用于监测人员和维护人员的参考监测方法,并在未来建立长期监测数据的损坏和销毁的信息。监测期和维护人员可以遵循基于数据的数据,了解损伤点和问题,以保持文化资产的价值。

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