1) vacuum glass
真空玻璃
1.
Application of OMRON PLC and MCGS configuring software in control system of vacuum glass production line
基于欧姆龙PLC和监控组态软件的真空玻璃生产线电气控制系统的设计
2.
The mathematics model for heat flowing and transferring in vacuum glass was established by the principle of conductive and convective heat transfer,and the equations,such as vacuum glass conductive heat quantity by free molecule,solid transferring heat through the brace and the margin,exterior convection and heat transfer,were deduced.
利用传导和对流传热原理,建立了真空玻璃热量的流动和传递数学模型,推导了真空玻璃自由分子状态的导热量、支撑柱及边料的固体导热及真空玻璃的外表对流换热方程。
3.
Through the comparison between them,the result shows that energy-efficient effect of the vacuum glass windows is more obvious than the regular in the building.
简要介绍了真空玻璃产业的现状及展望。
2) vacuum glazing
真空玻璃
1.
A new type of building surrounding structures was put forward,which applies vacuum glazing to thermal insulating wall,thereby the insulation performance of the wall was improved greatly and the thickness of the wall was reduced obviously.
提出了一种新型的建筑围护结构,此结构将真空玻璃应用于保温墙体,使墙体的保温性能大大提高,墙体厚度明显减小。
3) electric vacuum glass
电真空玻璃
1.
The compositions,properties and preparations of lead-free glasses such as crystal glass,electronic glass,electric vacuum glass,solder glass and solder glass-ceramics are reviewed.
阐述了无铅玻璃包括晶质玻璃、电子玻璃、电真空玻璃、焊料玻璃、微晶玻璃焊料的成分、性质、制造过程,指出目前存在的问题和今后发展的方向。
4) whole glass and vacuum
全玻璃真空
1.
Designing and development of whole glass and vacuum mushroom shape solar collector;
蘑菇形全玻璃真空太阳能集热器的研制
2.
In order to improve the property of the present solar collector and to make use of it on a large scale, a new kind of higher efficient whole glass and vacuum turtle shell shape solar collector was studied and manufactured on the basis of design calculation which is provided according to the mathematical method of getting extreme value.
阐述了一种新型全玻璃真空太阳集热器的设计依据及设计计算 ,采用求极值的数学方法得出了该太阳集热器的合理尺寸与形状 ,并研制出这种太阳集热器。
6) vacuum tube glass
真空管玻璃
补充资料：电真空玻璃
分子式：
CAS号：
性质：用于电真空器件和灯泡的玻璃材料的总称。通常材料具有适宜的热膨胀系数，软化温度，热稳定性，化学稳定性，电绝缘性能，介电损耗角，耐电压强度等。还具有良好的加工、封接气密性能。常见的有石英玻璃、钨组玻璃、钼组玻璃、铂组玻璃等。广泛用于电子工业中，主要制作各种管壳、玻碟、面板、玻管，玻棒(杆)以及芯柱等部件。
CAS号：
性质：用于电真空器件和灯泡的玻璃材料的总称。通常材料具有适宜的热膨胀系数，软化温度，热稳定性，化学稳定性，电绝缘性能，介电损耗角，耐电压强度等。还具有良好的加工、封接气密性能。常见的有石英玻璃、钨组玻璃、钼组玻璃、铂组玻璃等。广泛用于电子工业中，主要制作各种管壳、玻碟、面板、玻管，玻棒(杆)以及芯柱等部件。
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