Chinese translation for "leakage field"

漏泄场
泄漏场
泄漏磁场

Related Translations:

leakage test:  密封性试验。

lap leakage:  研磨处渗漏

seat leakage:  阀座泄漏

gas leakage:  漏气气漏气体泄漏燃气泄漏

magnetic leakage:  磁漏磁泄漏漏磁

compound leakage:  漏料

fetal leakage:  胎漏

leakage conductor:  线路闭雷器。

armature leakage:  电枢漏磁

air leakage:  空气泄漏漏空气漏气量

Example Sentences:

	1.	Flux leakage field 磁通泄漏场
	2.	Study on simulation of the core magnetic field and leakage field in power transformer based on ansys 的电力变压器铁芯磁场与漏磁场分布的仿真研究
	3.	The magnetic leakage field distribution above linear defects of a tube sample under the geomagnetic field was modeled according to magnetic dipole theory 摘要利用磁偶极子理论，建立稳恒微弱地磁场作用下管类试件线状缺陷段产生的漏磁场模型。
	4.	When a ferromagnetism items is under the application of stress , the phenomenon that the tangential component of magnetic leakage field has maximum value and that the normal component of magnetic leakage field changes polarity and acquires zero value at the stress concentration zone will take place 铁磁性工件在受到应力作用时，在应力集中处会有漏磁场的切向分量出现最大值、同时法向分量改变符号且过零值点的现象。
	5.	According to the effective field expression which has been derived in former , the phenomenon that the tangential component of magnetic leakage field has maximum value and the normal component of magnetic leakage field acquires zero value at the stress concentration zone of positive magnetostriction ferromagnetism materials under the application of tensile stress and negative magnetostriction ferromagnetism materials under the application of compressive stress is explained theoretically through analyzing and discussing 根据所得到的地磁场中受力铁磁性材料有效场表达式，通过分析讨论，解释了受拉力作用的正磁致伸缩铁磁材料和受压力作用的负磁致伸缩材料在应力集中处漏磁场切向分量出现最大值、同时法向分量为零值的现象。
	6.	The general situation and progress of magnetic dipole theoryresearch during recent twenty years in china were introduced briefly including magnetic dipole ; linear and strip magnetic dipoles of finite lengths ; magnetic force on a magnetic particle ; the effect of magnetizing field orientation on the revelation of defect by magnetic particles ; longitudinal magnetization of rod , tube and cuboid steel ; the relationship between the slot depth in a workpiece and magnetic leakage field ; the cause of stray magnetic pattern along base apex edges of a workpiece magnetized circumferentially ; the analytic expression for the magnetic leakage fields inside and outside the slot on the cylindrical surface of a disc ; and the effect of a needle - like magnetic medium on the magnetic force between two point magnetic charges 简述20年来中国无损检测中磁偶板子理论研究的概况和进展，主要介绍磁偶极子，有限长磁偶极线和极带，磁粉颗粒的受力，磁化场方向对磁粉显现缺陷的影响，棒料、管材和方钢的纵向磁化，工件表面沟槽深度对其引起漏磁场的影响，周向磁化时工件底棱上的杂乱显示成因，圆盘边缘柱面上沟槽内外漏磁场的解析表达式和针状磁介质对两个点磁荷间磁力的影响等。
	7.	Abstract : the general situation and progress of magnetic dipole theoryresearch during recent twenty years in china were introduced briefly including magnetic dipole ; linear and strip magnetic dipoles of finite lengths ; magnetic force on a magnetic particle ; the effect of magnetizing field orientation on the revelation of defect by magnetic particles ; longitudinal magnetization of rod , tube and cuboid steel ; the relationship between the slot depth in a workpiece and magnetic leakage field ; the cause of stray magnetic pattern along base apex edges of a workpiece magnetized circumferentially ; the analytic expression for the magnetic leakage fields inside and outside the slot on the cylindrical surface of a disc ; and the effect of a needle - like magnetic medium on the magnetic force between two point magnetic charges 文摘:简述20年来中国无损检测中磁偶板子理论研究的概况和进展，主要介绍磁偶极子，有限长磁偶极线和极带，磁粉颗粒的受力，磁化场方向对磁粉显现缺陷的影响，棒料、管材和方钢的纵向磁化，工件表面沟槽深度对其引起漏磁场的影响，周向磁化时工件底棱上的杂乱显示成因，圆盘边缘柱面上沟槽内外漏磁场的解析表达式和针状磁介质对两个点磁荷间磁力的影响等。

Similar Words：

"leakage discharge" Chinese translation, "leakage efficiency" Chinese translation, "leakage end" Chinese translation, "leakage errors" Chinese translation, "leakage factor" Chinese translation, "leakage flow" Chinese translation, "leakage flow constant" Chinese translation, "leakage flow rate" Chinese translation, "leakage fluid drain" Chinese translation, "leakage fluid dram" Chinese translation