1) hard axis
难磁化轴
2) magnetization hard、easy axis
磁化难、易轴
3) easy magnetization axis
易磁化轴
1.
Arrangement of easy magnetization axis of cellular column Nd_2Fe_(14)B in laser melting/ solidification pool on sintered Nd_(15)Fe_(77)B_8 magnets;
粉末烧结钕铁硼激光熔凝层的易磁化轴取向
2.
Under high intensity magnetic field, the easy magnetization axis turned to the direction of magnetic field and aggregated along the direction of magnetic field, and finall.
在10 T强磁场下从全熔态和Curie点以上半固态开始凝固的实验中, MnBi相在360℃左右逐渐形成片状相,其短轴为易磁化轴;加磁场后易磁化轴转向磁场方向,并沿磁场方向定向排列和聚合,最终形成条状组织;片状相在强磁场的作用下有分裂趋势。
3.
The effects of different arrangements of the easy magnetization axis of whole magnets on the microstructures in the transition zone of the melting/solidification pool of the surface of Nd_(15)Fe_(77)B_8 magnets were studied.
当粉末烧结Nd15Fe77B8磁体易磁化轴的取向为z轴时,过渡区的α Fe体积百分数最大;Nd2Fe14B以与z轴夹角30°～50°的方向生长,直到进入胞状区,其生长方向才逐步调整到与z轴基本平行。
4) easy axis
易磁化轴
1.
The characteristics of macro easy axis of a directional solidification specimen inSm-Ce-Co-Cu-Fe-Zr system has been studied.
定向凝固温度、抽拉速度对易磁化轴与晶体强制性生长方向夹角θ有显著影响,即当 G/R 减小且<(G/R)_(c1)时,夹角 θ 由0°突变为90°。
2.
Numerical calculations show that both the value and direction of stress field affect the direction of easy axis when the applied field and stress field.
结果表明:当外磁场处于应力场所在的平面内时,外应力的大小及方向均会影响薄膜的难易磁化轴方向。
5) axial magnetization
轴向磁化
1.
Aiming at small magnetic force and the complexity of magnetic force numeral calculation for previous research of radial magnetic force model on APAM(axial placement and axial magnetization) bi-annular-shaped PMB(permanent magnetic bearings),the new construction of APAM multi-annular-shaped PMB was designed,which can make good use of magnetic energy and have greater radial magnetic force.
针对轴向放置的轴向磁化双环永磁轴承径向磁力偏小以及磁力数值计算复杂等问题,设计了能充分利用磁能、具有更大径向磁力的轴向放置的轴向磁化多环永磁轴承。
2.
To overcome the shortcoming that the magnetic force of an axial magnetization PMB(permanent magnetic bearings) is usually small,a new construction of APAM(axial placement and axial magnetization) multi-annular-shaped PMB which can make good use of magnetic energy and has greater axial magnetic force was designed.
为了解决轴向磁化永磁轴承磁力偏小的问题,该文设计了能充分利用磁能、具有更大轴向磁力的轴向放置轴向磁化的多个永磁环轴承新结构。
6) axial-magnetized
轴向磁化
1.
In order to study the influence on its performance of the size effect in designing axial-magnetized permanent magnet micromotor, the edge-based analysis,which was the finite element method,was adopted to simulate the torque of this kind of dual rotor motor.
在轴向磁化永磁电机设计中,为研究尺寸效应对其性能的影响,采用基于单元边的有限元方法对这种双转子电机的转矩进行了仿真计算,得出了轴向磁化永磁微电机定子线圈线宽和线间距均为50μm的最佳布线密度;分析了电机在结构、转矩和气隙磁场多方面因素共同限制下所能达到的最小尺寸,即精密机械意义上的能满足实际应用的最小电机直径为10 mm,厚4 mm,通以0。
2.
In order to study the impact on its performance of the size effect in designing axial-magnetized permanent magnet micromotor,the finite element method was adopted to simulate the magnetic field of this kind of dual rotor motor,and the flux density wave form in the airgap was distributed.
为研究尺寸效应对轴向磁化永磁电机性能的影响,采用有限元方法对双转子电机的磁场进行了仿真计算,得出了轴向磁化永磁电机转子的气隙磁密波形分布。
3.
To investigate the impact of size on its performance in designing an axial-magnetized permanent magnet micromotor,the edge-based finite element method is adopted to simulate the torque of this kind of dual rotor motor.
在轴向磁化永磁电机设计中,为研究尺寸效应对其性能的影响,采用基于单元边的有限元方法对这种双转子电机的转矩进行了仿真计算,得出了轴向磁化永磁微电机定子线圈线宽和线间距均为50μm的最佳布线密度,分析了电机在结构、转矩和气隙磁场多方面因素共同限制下所能达到的最小尺寸,即精密机械意义上的能满足实际应用的最小电机直径为10 mm,最小厚度为4 mm,通以0。
补充资料：难夫难妻(难ｎàｎ)
一名《洞房花烛》。故事片。亚细亚影戏公司1913年摄制。郑正秋编剧，张石川、郑正秋导演。一对素不相识的青年男女，经媒婆撮合拜堂成亲，在封建礼教桎梏下开始艰难的夫妻生活。为中国第一部故事片。
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