1) unsymmetrical AC
非对称交流电
1.
Under a special process condition,unsymmetrical AC is used as the electrolytic power,copper rob as the electrode and the bluestone as the electrolyte to prepare the copper nanorods.
介绍了一种制备纳米铜棒的新方法,该法采用非对称交流电作为电解电源,采用铜棒为电极,硫酸铜为电解液,在一定的电解工艺参数下,成功制备出纳米铜棒。
2.
Nanometric copper rod is prepared by electrolysis with unsymmetrical AC power,and the nanorods are characterized by using XRD and TEM.
采用非对称交流电,在一定的电解工艺参数下制备出了纳米铜棒。
2) Symmetric alternating current
对称交流电
3) Asymmetric current sheet
非对称电流片
4) asymmetrical current breaking
非对称电流开断
5) asymmetric magnetizing current
非对称励磁电流
1.
Based on the direct current biased magnetization properties for transformer core,an engineering-oriented practical method to calculate the asymmetric magnetizing current in DC biased large power transformer is presented in this paper.
首先在按与实际产品1/50比例制作的产品级模型上通过试验研究建立了处于不同直流偏磁水平铁心的磁通?激励电流(Φ-I)曲线族,(B-H)曲线族;其次通过仿真计算考虑了偏置磁通对这些曲线的影响;最后提出了适合变压器工程应用的直流偏磁条件下非对称励磁电流的计算方法。
6) non symmetric AC electroplating
不对称交流电镀
补充资料：交流电
| 交流电 alternating currents 见正弦电流。 |
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