1) resistance
[英][rɪ'zɪstəns] [美][rɪ'zɪstəns]

电阻
1.
Effect of strain on the electrical resistance of continuous carbon fiber monofilament;

连续碳纤维单丝的应变电阻效应
2.
Nonlinear resistance of carbon fiber reinforced cement based composites;

碳纤维水泥基材料电阻的非线性研究
3.
A study on the resistance minima in an amorphous alloy at low temperature;

非晶合金中的低温电阻率极小行为研究
2) electrical resistance

电阻
1.
The influence of mold pressing parameters on electrical resistance of HDPD/CB composites;

模压条件对聚乙烯/碳黑PTC复合材料电阻特性的影响
2.
Fiber electrical resistance tester based on virtual instrument technology

基于虚拟仪器技术的纤维电阻测试仪
3.
The electrical resistances of specimen are measured after the definite number of thermal cycle.
空气介质中在光辐射热疲劳试验机上进行热疲劳试验,在不同热循环周次下测量试样的电阻,并用SEM观察了热循环前后的组织。
3) electric resistance

电阻
1.
Effects of Annealing Temperature on Electric Resistance of Amorphous Cu_(50)Zr_(42)Al_8 Alloy;
退火对Cu_(50)Zr_(42)Al_8非晶合金电阻的影响
2.
Study on the electric resistance changes during dough fermentation for Chinese steamed bread;
馒头面团发酵过程中电阻的变化
4) resistor
[英][rɪ'zɪstə(r)] [美][rɪ'zɪstɚ]

电阻
1.
Newly-developed coating system for metallic film resistors;

新型电阻(金属膜)专用镀膜机的研制
2.
Disposal of special resistor in circuit analysis;

电路分析中特殊电阻的处理
3.
A preliminary study on resistor direct preparation by laser micro-cladding resistor pastes on ceramic substrate;
激光微细熔覆电阻浆料直写电阻技术初步研究
5) resistivity
[英][,ri:zis'tiviti] [美][,rizɪs'tɪvətɪ]

电阻
1.
The Low Temperature Resistivity in Dilute Magnetic Alloys and s d Mixing Effect;

稀磁合金的低温电阻与s-d混合效应的影响
2.
Fiber with low resistivity was obtained and showed lower significant resistivity than the SiC fiber derived from polycarbosilane.
纤维的电阻率比单纯通过聚碳硅烷纤维得到 Si C纤维大大降
3.
It has been found that its resistivity is unstable owing to its complex conducting mechanism and its readiness of being influenced by circumstantial factors.
碳纤维增强水泥是一种新型机敏材料 ,其力学性能和电阻变化有密切的相关性 ,因此碳纤维复合材料的电阻测量是一个重要环节 。
6) damping resistor

阻尼电阻
1.
Marked advantages of damping resistor-both falling the probability and decreasing amplitude of overvoltage were pointed out by simulating and analyzing the circuit describing single phase arcing grounding overvoltage.
对三相五柱式消弧线圈单相电弧接地过电压的等值计算电路进行了仿真分析,说明了电网中性点经并有阻尼电阻的三相五柱式消弧线圈接地具有明显的优点,既可减小出现过电压的概率,又降低过电压的幅值。
2.
On the other hand, the nonlinear resistor and the arc suppression coil in series can overcome the inherent shortcoming of the linear damping resistor shunt short-circuit apparatus in the automatic tracing are suppression equipment, improve the operating condition of the arc suppression coil, and enhance the security of pow.
另一方面,使消弧线圈串联非线性阻尼电阻克服了跟踪装置中线性阻尼电阻并联短接装置的固有缺点,改善了消弧线圈的运行状况。
补充资料:电阻
电阻 resistance 描述导体制约电流性能的物理量。根据欧姆定律,导体两端的电压U和通过导体的电流强度I成正比。由U和I的比值定义的R=U/I称为导体的电阻,其单位为欧姆,简称欧(Ω),电阻的倒数G =1/R称为电导,单位是西门子(S)。 导体的电阻与其材料性质及形状、大小有关。对于由一定材料制成的横截面均匀的导体,其电阻R与长度l成正比,与横截面S成反比,即 ![]() ![]() 各种材料的电阻率都随温度变化。实验得出,在温度变化范围不大时,纯金属的电阻率随温度线性地增大,即ρ=ρ0(1+αt),式中ρ、ρ0分别是t℃和0℃的电阻率,α称为电阻的温度系数。多数金属的α≈0.4%。 由于α比金属的线膨胀显著得多( 温度升高 1℃ , 金属长度只膨胀约0.001%),在考虑金属电阻随温度变化时,其长度 l和截面积S的变化可略,故R= R0(1+αt),式中 ![]() ![]() 遵循欧姆定律的电阻叫做线性电阻,如金属和电解液(酸、碱、盐的水溶液)。另一些导电元件,如半导体二极管、隧道二级管等不遵从欧姆定律,电压电流关系是一条曲线,称为非线性电阻。通常仍定义其电阻为R=U/I,但R不仅取决于元件的性质,还与工作点的位置(即电压、电流值)有关。 对于某些金属、合金和化合物,当温度降到某一临界温度Tc时,电阻率会突然减小到无法测量,这就是超导电现象。 |
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