This paper is about the initial form analysis of ETFE cushions.
本文对气枕式ETFE膜结构的初始形态分析进行了研究。
A solar coating would be painted onto the exterior of the ETFE to generate power.
太阳能涂层将涂在外部的ETFE膜上，用来产生电能。
The exterior is covered in ETFE cushions, which provides both structure and insulation for the interior.
它的外部由etfe氟塑料覆盖，这层氟塑料即构成内部结构又作为内部的绝缘层。
The Dome will be realized using ETFE (Ethylene tetrafluoroethylene) air-filled cushions mounted on a light metal structure.
穹顶将通过将ETFE（乙烯四氟乙烯）充气衬垫安装在轻金属结构上来实现。
In combination with its excellent mechanical property, it is possible that ETFE is used as electret diagram of the electret microphone.
组合ETFE突出的力学性能，使其有望作为驻极体声传感器的储电振膜。
This is accomplished by creating a double-layered shell, made of opaque and translucent fluorine-based plastic (ETFE) in a variety of colors.
我们通过采用各种颜色的透明与不透明的ETFE膜来创建了一个双层表皮的壳体。
Covered in ETFE and powered by renewable energy, this farm could grow enough food to feed up to 40, 000 people while providing housing for some Dubai residents.
它的外部被ETFE氟塑料覆盖，并且由可再生能源提供能量。该农场生产的粮食可以满足多达4万人的需求，同时为一些迪拜居民提供住所。
ETFE is a thin, lightweight and transparent plastic film that is considered one of the most energy-saving and environmentally-friendly construction materials.
ETFE膜是一种塑料，它轻而薄，良好的透光性使它成为建筑界最节能、环保的材料之一。
It is found that the charge stability of ETFE electret is very good, and the stability of negatively charged ETFE is much better than that of positively charged ETFE.
结果显示，ETFE薄膜驻极体具有优良的电荷储存稳定性，负极性ETFE的电荷稳定性明显优于正极性样品。
The FTPV (Fluoro TPV) is a novel flexible fluoride material prepared through polymerization of ethylene-tetrafluoroethylene copolymer (ETFE) and ternary fluorine rubber (FKM).
是一种由乙烯-四氟乙烯共聚物（ETFE）和三元氟橡胶（FKM）聚合而成的新型柔性氟材料。
The FTPV (Fluoro TPV) is a novel flexible fluoride material prepared through polymerization of ethylene-tetrafluoroethylene copolymer (ETFE) and ternary fluorine rubber (FKM).
是一种由乙烯-四氟乙烯共聚物（ETFE）和三元氟橡胶（FKM）聚合而成的新型柔性氟材料。
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