1) air sensitive solid
空气敏感固体
3) gas sensitive sensor
气体敏感元件
1.
Mixing 4wt% of porcelain powder into WO3-based and heating for one hour at stable temperature 600℃,the heating type thick film combustible gas sensitive sensor is manufactured.
在三氧化钨粉体材料中加入4 wt%瓷粉,以恒温600℃烧结1 h制成旁热式厚膜可燃性气体敏感元件。
2.
Mixing 4% of porcelain powder and different mass fraction metal-oxides in WO3-based materials,and heating for 1 h at stable 600 ℃,the heating type thick film gas sensitive sensor was manufactured.
研究结果表明,WO3基元件掺入一定质量分数的杂质在加热功率为600mW时能开发成不同的气体敏感元件。
4) gas sensor
气体敏感元件
1.
The thick film combustible gas sensor with indirectly heat was prepared by mixing catalysts(Pt,PtO2,Pd and PdCl2) into WO3 and sintering for one hour at 600 ℃.
在WO3粉体材料中加入催化剂(Pt,PtO2,Pd或PdCl2),于600℃烧结1 h制成旁热式厚膜可燃性气体敏感元件。
2.
In this paper,we introduced gas sensors of adopted inorganic and organic materials and their development and applications.
本文旨在介绍采用无机材料和有机材料的气体敏感元件及其发展和应
5) CO gas sensitive thin-film
CO气体敏感薄膜
1.
Based on density functional theory and the total energy plane-wave pseudopotential,the lowest-energy surfaces of several typical metal catalysts(Pt,Pd,Cu,and Ag) for CO gas sensitive thin-film are calculated,and their CO adsorption characteristics are analyzed.
根据密度泛函理论,采用总体能量平面波赝势方法,计算了CO气体敏感薄膜中几种常用金属催化剂(P T,PD,CU,A G)的能量最低晶面,并对CO在这些晶面上的吸附特性进行了研究。
6) sensitive sites or area
环境空气敏感点(区)
补充资料：膀胱去神经超敏感试验
膀胱去神经超敏感试验
denervation supersensitive test of bladder
作膀胱压力容积测定时对逼尿肌无收缩或低压收缩者，利用拟胆碱类药物盐酸氨甲酰胆碱(bethanechol)来评价逼尿肌功能的一项检查方法。皮下注射bethanechol 2.5mg，30min后按常规方法作膀胱压力容积测定，若膀胱压力增加15cmH2O则为膀胱去神经的证据。此试验可应用于鉴别神经源性或非神经源性膀胱不能收缩。
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