1) single low emissivity glass
单片低辐射玻璃
1.
The heat transfer behavior of low emissivity glass is strongly influenced by the wave length of radiation,so a model of single low emissivity glass is needed to represent it.
采用谱带模型,考虑了各个波段透射率、反射率对传热的影响,对单片低辐射玻璃的传热过程进行了研究,提出了描述此传热过程的非线性方程组;考虑对流、太阳辐射及外界和室内辐射等边界条件,并采用了牛顿法解方程组。
2) low-e glass
低辐射玻璃
1.
The analysis of optical performance showed that the low-e glass was prepared with good thermal insulation performance.
将纳米ATO与水性聚氨酯通过一定的工艺制备出纳米隔热涂料,在常温下将之涂在玻璃表面制成低辐射玻璃。
2.
The SnO2 low-E glass prepared by spray pyrolysis have the advantages of low cost, fine bonding strength, high wearability and so on, and it holds great promise with the popularization of Low-E glass.
喷雾热解法制备的SnO2低辐射玻璃具有成本低、薄膜与基板结合度及耐磨性高等优点,随着低辐射玻璃的普及将具有非常广阔的应用前景。
3) Low-emission glass
低辐射玻璃
1.
Preparation of low-emission glass by ultrasonic spray deposition method;
超声喷雾方法制备低辐射玻璃
2.
Investment and Financing Planning and Economic Evaluation on the Project of Low-Emission Glass of Shenzhen Shengqiang Company;
深圳胜强公司低辐射玻璃项目的投融资策划与经济评价
5) Low-e glass
低辐射镀膜玻璃
1.
Along with the arising of general public's concern about environmental issues,Low-E glass has received the atention both at home and abroad because of its high-efficient energy-conservation and low radiation.
随着人们节能与环保意识的提高,低辐射镀膜玻璃以其优异的节能、环保性能受到了国内外的普遍关注。
6) on-line Low-E glass
在线低辐射玻璃
1.
The characteristics and production map of on-line Low-E glass were described and the effect of forming technology in tin bath on production of Low-E glass was also discussed on the basis of requirements on technology control of the glass production.
结合在线低辐射玻璃的生产工艺及控制要求,介绍了在线低辐射玻璃的特性及生产路线,探讨了锡槽成形工艺状况对在线低辐射玻璃生产的影响。
补充资料：玻璃辐射损伤
分子式：
CAS号：
性质：又称玻璃辐射损伤。指各种射线辐照所引起的玻璃结构变化以及相应的物理性质(如密度、折射率、电阻、导热系数等)的变化。例如：石英玻璃经大剂量电子照射会引起密度上升，键角变小，所含痕量杂质有可能形成电子陷阱，孔穴陷阱和色心等；含银的磷酸盐玻璃在辐照后能放出特征的橙色荧光，且荧光与辐射剂量成线性关系。利用这一效应可制成辐射剂量玻璃。
CAS号：
性质：又称玻璃辐射损伤。指各种射线辐照所引起的玻璃结构变化以及相应的物理性质(如密度、折射率、电阻、导热系数等)的变化。例如：石英玻璃经大剂量电子照射会引起密度上升，键角变小，所含痕量杂质有可能形成电子陷阱，孔穴陷阱和色心等；含银的磷酸盐玻璃在辐照后能放出特征的橙色荧光，且荧光与辐射剂量成线性关系。利用这一效应可制成辐射剂量玻璃。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条