摘要
结合城市生活环境和人们对健康生活追求的背景,分析室内环境的现状,提出改善室内环境要以改性室内装饰装修和家具基材为切入点,研究了纳米负离子基元材料在人造板中的应用,通过相关检测,得出以下结论:纳米负离子基元材料改性板材放射性检测达到GB 6566—2010《建筑材料放射性核素限量》规定A类产品的指标,健康环保;纳米负离子基元材料改性的板材负离子诱生量远超出JC/T 2040—2010《负离子功能建筑室内装饰材料》规定的最低标准,改性胶合板平均诱生量达到2 460 ions/s·cm^2、改性细木工板平均诱生量达到1 344ions/s·cm^2。
Based on the background of urban life and the background of people＇s pursuit of healthy living, this paper analyzes the current situation of indoor environment, proposes to improve the indoor environment should take modification of the interior decoration and furniture base materials as the starting point, and studies the application of nano-anion-based materials in the wood-based panel. Through relevant tests, the following conclusions are made： the radioactive detection of nano-anion-based material modifying panel reaches the GB 6566--2010 regulations A class products, which is health and environmental protection; nano-anion-based material modified panel anion induced amount is far more than the minimum standard stipulated in JC/T 2040-- 2010, the average amount of modified plywood reaches 2 460 ions/s cm2, and the average induction rate of the modified blockboard reaches 1 344 ions/s cm2.
出处
《林产工业》
北大核心
2017年第8期39-41,共3页
China Forest Products Industry
关键词
城市环境
负离子
改性胶合板
改性细木工板
释放量
放射性
Urban environment
Negative ions
Modified plywood
Modified blockboard
Release
Radioactivity
