1) specific surface resistance
比表面电阻
2) Surface Specific Resistance
表面比电阻
3) of fabric superficies
织物表面比电阻
4) area specific resistance
面比电阻
1.
Based on the study of metallic interconnect Fe-Cr-Mn alloy for solid oxide fuel cell(SOFC),some problems existing in the theoretical and experimental test of area specific resistance,and XRD analysis of oxide scale on the alloy surface are researched.
以含Mn的固体氧化物燃料电池(SOFC)金属连接体Fe-Cr-Mn合金为研究对象,探讨了目前在研究过程中面比电阻理论,面比电阻实验测试和合金表面氧化物XRD谱分析中存在的几个问题。
5) Surface Resistance
表面电阻
1.
Strain effect on microwave surface resistance of YBa_2Cu_3O_(7-δ)/LaAlO_3 and Tl_2Ba_2CaCu_2O_8/LaAlO_3 high temperature superconducting thin films;
YBa_2Cu_3O_(7-δ)/LaAlO_3和Tl_2Ba_2CaCu_2O_8/LaAlO_3高温超导薄膜内的应变对其微波表面电阻影响的研究
2.
The surface resistance Rs was measured by the four-probe method described in ASTM F 390.
分别用四探针法(ASTM F390)和双轴传输线法(ASTM D 4935-99)测量导电涤纶织物的表面电阻和电磁屏蔽效能。
3.
The results showed that the material with 5% content of carbon black could meet the requirement of the performance of motor blower fan material as the surface resistance reaching 1×108Ω.
结果表明,炭黑的质量分数为5%时,材料表面电阻率为108Ω数量级,力学性能优良,达到电机用塑料风叶材料的指标要求,并可应用于其它对抗静电性能要求较高的场合,用于制造某些结构件。
6) Surface resistivity
表面电阻
1.
Antistatic properties of carbon black (CB) filled plasticized poly(vinyl chloride) (PVC) were studied using surface resistivity tester and SEM.
采用表面电阻测试和扫描电镜 ,分析研究了软质聚氯乙烯 (PVC)树脂与炭黑 (CB)复合体系的抗静电性与炭黑含量、分布形态、PVC树脂型号及混炼塑化工艺之间的关系。
2.
When nonionic electrostatic resistant is mixed with assistant electrostatic resistant,the composite's surface resistivity will be reduced to 3×10 8Ω or below.
实验结果表明 ,八溴联苯醚与 Sb2 O3 互配体系的氧指数可达 2 7以上 ;非离子型抗静电剂配以辅助抗静电剂 ,可使材料的表面电阻降至 3× 1 0 8Ω 以
3.
In fact,the surface resistivity of these composites is analyzed.
研究复合材料的热性能、微观结构、表面电阻和结晶行为,结果都表明OMMT对PA66有明显的影响。
补充资料：比表面电阻
分子式：
CAS号：
性质：又称比表面电阻。在数值上等于两平行电极各1cm长，相距1cm时的表面电阻。表征电介质材料表面绝缘性能的重要指标。表达式为表面电阻率(式中Rs为测量时电阻；b为电极长；l是两平行电极的距离)，单位为Ω。
CAS号：
性质：又称比表面电阻。在数值上等于两平行电极各1cm长，相距1cm时的表面电阻。表征电介质材料表面绝缘性能的重要指标。表达式为表面电阻率(式中Rs为测量时电阻；b为电极长；l是两平行电极的距离)，单位为Ω。
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