1.
Natural convection heat transfer in the air-layer of insulating glass
中空玻璃空气夹层内的自然对流换热
2.
Heat Mirror insulating glass has similar weight, thickness and mechanical performance compare with ordinary insulating glass.
热镜中空玻璃具有与普通中空玻璃相似的重量，厚度和机械性能。
3.
Heat Mirror Super insulating Glass uses double layers of film suspended between two pieces of glasses.
两层玻璃中采用双层薄膜结构―超级热镜中空玻璃。
4.
Discussion on determination of chromaticity coordinate of coated glass and insulting glazing glasses
估测镀膜中空玻璃中的单片镀膜玻璃颜色值的方法
5.
Its heat insulation performance is way beyond ordinary insulating glass even Low-E coated insulating glass.
隔热保温效果大大优于普通中空玻璃。
6.
PRESENT STATUS AND DEVELOPMENT TREND OF DOMESTIC INSULTING GLASS;
我国中空玻璃现状及发展趋势的探讨
7.
Numerical simulation of heat transfer to insulating glass in multiple coupled fields
中空玻璃多场耦合传热过程数值模拟
8.
A Performance Analysis of Vacuum Glass Application in Widespread Use of European Type of Wooden Window
普及型欧式木窗应用中空玻璃的性能分析
9.
Experimental Research on Heat Pipe Flat-Plate Solar Collector with Insulating Glazing Cover;
中空玻璃盖板热管平板式太阳集热器实验研究
10.
Bearing Properties and Effects by Ambient Change of the Insulating Glass
中空玻璃承载特性及环境变化对其影响
11.
Raw Materials Selection and Quality Control of Production Process of Energy-saving Insulating Glass
节能中空玻璃原材料选择与生产工艺质量控制
12.
Research progress of sole non chemically curing hot melt sealant for insulating glass units
非化学固化中空玻璃单道热熔密封胶研究进展
13.
THE THERMAL CHARACTER OF PV MODULE ENCAPSULATED WITH INSULATING GLASS
中空玻璃式太阳电池组件的热性能研究
14.
Research on hollow glass fibers in concrete match
中空玻璃纤维修复器与混凝土匹配性研究
15.
Currently, the products consist of toughened glass, interlayer glass, bulletproof glass, pickproof glass, fireproof glass, hollow glass and hot bending glass.
产品有钢化玻璃，夹层玻璃，防弹防盗玻璃，防火玻璃，中空及热弯玻璃。
16.
hollow flint glass
含铅空心玻璃制品，无色空心玻璃制品
17.
Method of Point-Supported Insulating-Laminated Glass Unit Bending Loading Design
点支式中空夹层玻璃的抗弯设计方法
18.
A special process in the glass-blowing causes greater space between the molecules of the glass, leading to more surface area.
在吹制玻璃的特殊过程中，玻璃分子之间更大的空间导致了玻璃的更多表面。