1)  Double facade
双层立面
2)  double-skin facade
双层立面系统
1.
Based on the double-skin facade,this paper analyses its configuration ,typical kinds and features in respect of structure,function and energy efficiency,therefore,points out that double-skin facade has literal effect on energy design of public building in China.
 从节能建筑设计的要求出发,分析了双层立面系统的构成与基本类型,阐述了它在建筑结构和建筑功能等方面的科学性,指出结合当地环境与气候特点的双层立面系统对我国公共建筑的节能设计具有现实意义。
3)  bilayer
双层
1.
This paper studied the procyanidins double-coated microencapsulating technology by double emulsion-spray drying, using soybean protein isolated, malt dextrin, sunflower seed oil, emulsifier et al.
本文研究以大豆分离蛋白、麦芽糊精与葵花籽油、乳化剂等作为双层壁材,采用双乳化-喷雾干燥法制备双层原花青素微胶囊。
2.
White light-emitting diode was obtained based on polymer bilayer structure of poly(N-vinlycarbazole)(PVK) and green light-emitting copolymer(PFSeH) of 9 9-dioctylfluorene(DOF) and selenophene(SeH).
通过聚乙烯咔唑(PVK)和发绿光的9’9-二辛基芴(DOF)与硒芬(SeH)的共聚物(PFSeH)形成聚合物双层器件结构(ITO/PEDOT/PVK/PFSeH/Ba/A l)实现白光发射。
3.
A numerical model for bilayer organic light-emitting diodes (OLEDs) is developed under the basis of trapped charge limited conduction.
在陷阱电荷限制电流传导理论的基础上 ,提出了双层有机电致发光器件的数值模型 ,研究了结构为“阳极 /空穴输运层 ( HTL) /发光层 ( EML) /阴极”的器件中电流密度和量子效率随有机层的特征陷阱能量、陷阱密度和载流子迁移率的依赖关系 。
4)  double layer
双层
1.
Study of Double layer Inclinde-Tubes in a Settling Pond;
关于双层斜管沉淀池的探讨
2.
A type of double layer suspended spiral inductor was fabricated by the MEMS technology,and the performances of the inductor were measured at 0 05~10 GHz,and the effects of micro line width to Q-factor and the inductance were also studied.
利用MEMS工艺制作了一种双层悬空结构的圆形射频微电感,研究了双层结构微电感中微带线宽度对其性能的影响。
5)  double-layer
双层
1.
Based on the structural features of a DV tape package and the characteristics of raw material,a set of hot-runner injection mould with double-layer and four-cavity in a layer was designed for forming the package.
基于塑件结构特点和原料特性,设计了生产DV带包装盒的1模8腔热流道双层注射模,为此类浅壳状塑件的生产提供了一种经济、高效的解决方案。
6)  double layer sintering
双层烧结
参考词条
补充资料:安立谛非安立谛
【安立谛非安立谛】
 (术语)述记十九曰:“有差别名言者名安立,无差别离名言者,非安立也。安立者施设义。”
说明:补充资料仅用于学习参考,请勿用于其它任何用途。