分光光度计在玻璃环保检测中的应用
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摘要
随着我国"十三五"规划的推进,环保意识增强、建筑科技进步以及国家政策的扶持,发展绿色建筑得到越来越多人的认同,逐渐成为建筑行业未来主要趋势之一,绿色建材悄然成为本世纪建材工业发展重点,作为人们日常生活离不开的隔热保温材料——玻璃,其环保性能就显得尤为重要了。利用分光光度计,以红外、紫外两种方法对常用的几种玻璃进行环保性能检测,得到相应的实验数据,找出不同玻璃样品的优缺点,以此为日常环保设计提供依据。
With the advancement of China's 13 th Five-year Plan, the enhancement of environmental awareness, the progress of construction technology, and the support of national policies, the development of green building has been recognized by more and more people, gradually becoming one of the main trends in the future of the construction industry. Green building materials become the development focus of building materials industry in this century. As a heat insulation material,glass is indispensable to people's daily life, thus its environmental performance is particularly important. In this paper, spectrophotometer is applied to test the environment performance of several types of glass by using two methods of infrared and ultraviolet light, to obtain corresponding experimental data, to find advantages and disadvantage of different glass samples, so as to provide references for daily environmental protection design.
With the advancement of China's 13 th Five-year Plan, the enhancement of environmental awareness, the progress of construction technology, and the support of national policies, the development of green building has been recognized by more and more people, gradually becoming one of the main trends in the future of the construction industry. Green building materials become the development focus of building materials industry in this century. As a heat insulation material,glass is indispensable to people's daily life, thus its environmental performance is particularly important. In this paper, spectrophotometer is applied to test the environment performance of several types of glass by using two methods of infrared and ultraviolet light, to obtain corresponding experimental data, to find advantages and disadvantage of different glass samples, so as to provide references for daily environmental protection design.
引文
[1]深圳地区典型建筑玻璃节能参数检测和分析,段凯,2011年03期.
[2]钢化玻璃光学性能检测系统的研制与开发,岳鹏,王伶,钟义林,《玻璃》,2012年12期.
[3]建筑玻璃热工性能检测技术和方法,沈嘉毅.
[4]新型紫外可见分光光度计光源光学系统的研究与设计,尹杨岚,厦门大学硕士论文,2008.
[5]分光光度计与红外光谱法在建筑材料检测中的应用,陈浩伟,《科技风》2010年12期.
[6]建筑节能环保涂料及玻璃透明隔热涂料的研制,黄俊涛,《中国建材科技》2011年01期.
[7]紫外可见分光光度计检定过程中的注意事项,张志宏等,《中国计量》,2013年05期.
[8]分光光度计主要技术指标及其检测方法,孙斌,《分析仪器》,2007年01期.
[9]紫外可见分光光度计检定过程中的注意事项,张宏磊,《科技视界》,2016年13期.
[2]钢化玻璃光学性能检测系统的研制与开发,岳鹏,王伶,钟义林,《玻璃》,2012年12期.
[3]建筑玻璃热工性能检测技术和方法,沈嘉毅.
[4]新型紫外可见分光光度计光源光学系统的研究与设计,尹杨岚,厦门大学硕士论文,2008.
[5]分光光度计与红外光谱法在建筑材料检测中的应用,陈浩伟,《科技风》2010年12期.
[6]建筑节能环保涂料及玻璃透明隔热涂料的研制,黄俊涛,《中国建材科技》2011年01期.
[7]紫外可见分光光度计检定过程中的注意事项,张志宏等,《中国计量》,2013年05期.
[8]分光光度计主要技术指标及其检测方法,孙斌,《分析仪器》,2007年01期.
[9]紫外可见分光光度计检定过程中的注意事项,张宏磊,《科技视界》,2016年13期.