1) bicrystal microbridge
双晶微桥结
2) microbolometer pixel structure
微桥结构
1.
The response of a microbolometer pixel structure — the essential component part in infrared focal planar arrays of infrared detectors — to infrared radiation was analyzed.
将BST铁电薄膜微桥结构简化为一块微米尺度的夹层板,中间是BST铁电薄膜,在极化模式下工作。
2.
The response of a microbolometer pixel structure-the essential component part in an infrared focal planar array of an infrared detector-to an infrared radiation was analyzed.
采用层合板作为力学模型,将铁电薄膜微桥结构简化为一块边长为微米量级、厚度为亚微米量级的夹层板,中间是铁电薄膜,上下表面为金属薄膜,上表面为金黑,下表面为铂(白金),上下表面都是电极。
3.
The response of a microbolometer pixel structure,the essential component part in an infrared focal planar array of an infrared detector,to an infrared radiation was analyzed.
用层合板壳作为微桥结构的力学模型,中间一层为压电材料,上下两层为金属材料电极。
3) microbridge
微桥结构
4) microbridge structure
微桥结构
1.
In the course of designing a microbolometer, It is the most difficult to design microbridge structure.
微测辐射热计的设计难点是起支撑作用的微桥结构的设计。
5) two bridge knot
双桥纽结
1.
This knot have a special relation with the two bridge knots in three sphere S 3.
这种纽结同三维球面中的双桥纽结有着特殊的联系。
6) double bridge knot
双桥结
1.
In this paper, weconfirm kashaev’s conjecture for the figure-eight knot and we will discussthe colored Jones function of knots 31, 51, 52, 61, 62, 63, 72, 89, 820 anddouble bridge knot.
在这篇论文中,我以8字结为例验证了kashaev体积猜想并且给出了31, 51, 52, 61, 62, 63, 72, 89, 820和双桥结的colored琼斯函数,这对于今后计算他们的体积有着十分重要的作用。
补充资料：玻璃陶瓷(见微晶玻璃)
玻璃陶瓷(见微晶玻璃)
glass ceramics
玻璃陶瓷glass eeramies见微晶玻璃。
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