1) hydrogen-sensing properties
氢敏特性
1.
By changing the volume fraction of H_2,the concentration of catalyst(Pt) and the temperature of heat treatment,the hydrogen-sensing properties of the gasochromic thin films were tested.
实验结果表明:先用溶胶-凝胶法制得WO3薄膜,然后再用磁控溅射法在该WO3薄膜上溅射掺杂5%的Pt,制得Pt/WO3双层纳米薄膜,经100℃热处理后,可以获得性能稳定且具有良好氢敏特性的优质薄膜;薄膜能检测的氢气浓度低至0。
2) susceptibility to hydrogen embrittlement
氢脆敏感性
1.
Toughness and susceptibility to hydrogen embrittlement of the steel could be improved as increasing tempering temperature below 370℃.
由此可以通过提高回火温度改善钢的韧性 ,降低钢的氢脆敏感性。
3) hydrogen embrittlement susceptibility
氢脆敏感性
1.
A study was carried out to determine the effect of explosive treatment onhydrogen embrittlement susceptibility for 20CrMo steel with different microstructure andstrength level.
本文研究了爆轰处理对不同组织和强度水平的20CrMo 钢氢脆敏感性的影响。
4) gas sensing property
气敏特性
1.
The gas sensing property shows that the Pd-doped SnO2 nanowires have higher sense and faster response.
SnO2纳米线的气敏特性表明,掺杂了钯的SnO2纳米线对丙酮灵敏度高,响应快。
5) pulling sensitive characteristic
拉敏特性
1.
Investigation on shielding properties and pulling sensitive characteristic of complex silicone rubber filled with carbon black;
炭黑填充复合型硅橡胶屏蔽性能及拉敏特性研究
2.
Investigation on shielding properties and pulling sensitive characteristics of conductive RTV silicone rubber.;
导电型室温硫化硅橡胶的屏蔽性能及拉敏特性研究
6) humidity sensing properties
湿敏特性
1.
Research on humidity sensing properties of pan-poly-vanadium-molybdenum acid nanocomposites;
聚苯胺-复合钒钼酸纳米复合材料的湿敏特性研究
2.
The effects of the content of molybdenum, electrode materials and temperature on the humidity sensing properties of H2V12–xMoxO31± · nH2O were discussed.
采用sol-gel法制备复合钒钼酸H2V12–xMoxO31±y·nH2O(0≤x≤4)干凝胶薄膜并研究了Mo含量、电极及温度等对其湿敏特性的影响。
3.
The humidity sensing properties of the thin films are good in the relative humidity range 11%～95%,the response time and the recovery time are 6 s and 15 s,the temperature error of the humidity is 0.
nH2O)干凝胶薄膜,薄膜为层状结构,V和Mo分别以V5+和Mo6+存在;在11%~95%RH的范围内,复合钒钼酸干凝胶薄膜具有很好的湿敏特性,响应、恢复时间分别为6s和15s,感湿温度系数为0。
补充资料：力可拉敏,二氢加兰他敏
药物名称：二氢加兰他敏
英文名：Dihydrogalanthamine
别名：力可拉敏,二氢加兰他敏
外文名：Dihydrogalanthamine, Lycoramine
作用与特点：作用类似加兰他敏,但较弱,毒性也小.用于脊髓灰质炎后遗症性瘫痪,脑血管意外所致的偏瘫,坐骨神经炎.注意点同加兰他敏.
用法用量：肌注:12-24mg,每日或隔日1次.
规格：注射剂:6mg/1ml,12mg/1ml(溴化物).
类别：作用于神经系统药物
英文名：Dihydrogalanthamine
别名：力可拉敏,二氢加兰他敏
外文名：Dihydrogalanthamine, Lycoramine
作用与特点：作用类似加兰他敏,但较弱,毒性也小.用于脊髓灰质炎后遗症性瘫痪,脑血管意外所致的偏瘫,坐骨神经炎.注意点同加兰他敏.
用法用量：肌注:12-24mg,每日或隔日1次.
规格：注射剂:6mg/1ml,12mg/1ml(溴化物).
类别：作用于神经系统药物
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