1) suspending electrode
悬浮电极
1.
FE equation of the electric field in axial symmetrical structure employing the suspending electrode was derived and the FEM for analyzing the electric field distribution in the sulfur hexafluoride (SF6) terminations was employed in this paper.
推导了含悬浮电极时的轴对称结构的有限元方程,并利用该方法计算了550kV六氟化硫终端中有无悬浮电位屏蔽罩时的电场分布。
2) electromagnetic suspension
电磁悬浮
1.
Application of fuzzy-PID control to electromagnetic suspension platform;
模糊PID控制在电磁悬浮平台中的应用
2.
Then we designed a H∞ robust controller to improve the rigidity of electromagnetic suspension air-gap.
然后针对扰动设计了可以提高电磁悬浮气隙高度之刚度的H∞鲁棒控制器。
3.
Taking the magnetic field of magnetic levitation ball control system as an example,the FEM analysis method for the axial magnetic field have been described, which in nonlinear on the base of analysis of the principles of electromagnetic suspension control system.
在分析电磁悬浮控制系统基本原理的基础上,以磁浮球控制系统的磁场为例,论述了轴对称非线性磁场的有限元分析方法,建立了有限元方程,应用二维磁场有限元软件对在不同的悬浮气隙下的磁场吸力进行了精确的计算。
3) electromagnetic levitation
电磁悬浮
1.
On the construction of electromagnetic levitation melting system and levitating force;
电磁悬浮熔炼系统的结构及其悬浮力的研究
2.
Theory analysis of steady magnetic field on rotational stability of electromagnetic levitation melting;
直流磁场控制电磁悬浮熔炼旋转稳定性的理论分析
3.
Finite element analysis of an electromagnetic levitation micro-actuator
电磁悬浮式微驱动器的有限元分析研究
4) electromagnetic suspension
电磁-悬浮
1.
Effect of electromagnetic suspension casting on grain refinement for wrought magnesium alloy;
电磁-悬浮铸造对变形镁合金晶粒细化的影响
2.
The electromagnetic suspension casting of AZ61 wrought magnesium alloy was studied using electromagnetic stirring technique and the suspension casting during the casting process.
结果表明:利用电磁-悬浮铸造制备的镁合金,其显微组织细化,晶间β相细小并且网状结构减少,当CaC2悬浮剂加入量(质量分数)为0。
5) Suspension electrolysis
悬浮电解
1.
Therefore we have developed a new process of suspension electrolysis for treating iron blend.
对不同悬浮电解液中高铁闪锌矿阳极氧化产物进行研究,结果表明高铁闪锌矿在硫酸锌、硫酸铵和硫酸的悬浮电解液中能够有效被氧化,闪锌矿中>90%的锌进入电解液,从而推导出高铁闪锌矿悬浮电解的全新处理工艺。
2.
According to this analysis, technics route was determined as suspension electrolysis and solvent extraction.
在此基础上提出了悬浮电解法提纯铜与溶剂萃取法提纯金的复合工艺路线。
6) floating potential
悬浮电位
1.
AISI 316L austenitic stainless steel was nitirded in floating potential and anodic (zero) potential at low temperature by active screen plasma nitriding (ASPN).
用活性屏离子渗氮技术分别对处于悬浮电位和阳极电位的AISI316L奥氏体不锈钢进行低温渗氮处理。
2.
AISI 316L austenitic stainless steel in anodic(zero) potential was nitirded at low temperature by active screen plasma nitriding,and compared the microstructures,morphologies,phase structures,microhardness and corrosion resistance of the nitrided layers with those of the samples nitrided in floating potential.
用活性屏离子渗氮技术对处于阳极电位的AISI 316L奥氏体不锈钢进行低温渗氮处理,并将渗氮层的组织、形貌、相结构、显微硬度和耐蚀性能与在悬浮电位下处理的试样作对比。
3.
In this paper, an algorithm to compute 2 D floating potential is put forward.
本文给出了一种求解悬浮电位的有限元算法 ,并利用它对二维电场 (平面场 ,轴对称场 )的悬浮电位进行了求解。
补充资料：离子源悬浮反射电极
离子源悬浮反射电极，该反射电极包括一反射极与阴极连接杆、一绝缘套、一支撑板、一内屏蔽筒、一绝缘柱、一反射极和一连接杆。所述的绝缘套为陶瓷材料。所述的内屏蔽筒为高纯钼材料；所述的绝缘柱为99 陶瓷材料；所述的反射极为高纯钼材料，圆筒结构。该实用新型结构简单，能够保证绝缘瓷柱免受污染，有效地延长离子源的使用寿命。
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