1) armature body
电枢体
2) solid armature
固体电枢
1.
The electromagnetic induction theory is applied to analyze the magnetic field produced by the solid armature and the inducted electromotive force of the B-dot magnetic probes in the process of electromagnetic launch,and then the iterative arithmetic of the solid armature s velocity calculation is presented,which is based on the probes induced voltage signal and the driving current signal.
为测量固体电枢运动速度应用电磁感应原理,分析了电磁发射中固体电枢所产生的磁场以及B-dot磁探针中的感应电动势,给出了根据磁探针的感应电压信号以及驱动电流信号计算固体电枢运动速度的迭代算法。
2.
Aim\ The conductive and the contact region geometry of a solid armature has been designed.
目的 设计固体电枢的传导性和电枢 -轨道的接触区几何形状 。
3.
The electrothermal properties and conversion of solid armature in electromagnetic railgun were analyzed.
在考察国内外电磁轨道炮研究进展的基础上，分析了固体电枢的电热特性和固体电枢转捩为等离子体机理，结合现在国内研究情况，提出了一种能够利用固体电枢优势，而又能同时避免固体电枢烧蚀缺陷的多级电磁轨道炮的设计方案。
3) armature conductor
电枢导体
4) volume of armature
电枢体积
5) number of armature conductors
电枢导体数
6) plasma armature
等离子体电枢
1.
Based on the B dot magnetic probe measuring computer system, the three measuring mathematical modes for the distribution of length and velocity of plasma armature arc in the railgun bore were established, and some conclusions deduced from the measuring mathematical mode were put forward.
基于B点磁探针的测量原理 ,建立了电磁轨道炮膛内三维等离子体电枢电弧长度和电弧运动速度测量的数学模型 ,通过对该模型的分析给出了用于测量膛内电枢电弧长度和运动速度分布的相应推论。
2.
The Principle of plasma armature arc length measurement in three dimensions with B dot probes is analyzed theoretically.
对用Ｂ－ｄｏｔ磁探针测量三维等离子体电枢电弧长度的原理进了理论分析，给出了根据记录的磁探针信号波形计算等离子体电枢电弧长度的判据。
3.
All the results help to the theoretical and experimental studies about the MHD problem of the plasma armature.
建立二维无粘磁流体动力学模型,考察电磁导轨炮等离子体电枢工作过程中电场、磁场、流场的耦合作用。
补充资料：电枢
电机中电能和机械能相互转换的重要部件。由绕组和铁芯组成。在发电机中，当电枢中磁通量发生变化时，产生感应电动势；在电动机中，电枢中的电流受到磁场的作用而产生转动力矩。电枢既可作为转子(如电动机中)，也可作为定子(如大型发电机中)。
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