磁场线圈 meaning in Chinese
field-coil
flip coil
magnetic field coil
magneticfield coil
Examples
- For the external - magnetic field mid , the cathode with improved structure works as a " close " magnetic coil that effectively increases the continuity and uniformity of magnetic field , and then ensures the stability of dense anode plasma formation
对于外磁绝缘离子二极管，改进的阴极形成单匝“闭环”磁场线圈，有效地提高了磁场的连续性和均匀性，保证了稠密阳极等离子体的稳定形成。 - No adjustment needed . the magnetic coil is static and does not need dust brushes or similar protective devices . all components are located in the main body ( the clutch housing ) for fast and easy installation with no need for further adjustmeng
不需要做调整. . .由于是磁场线圈静止型,可以免去灰刷等的维护工作,而且所有的零件全部安装于主体(离合器轮壳) ,可以很简单地安装到机械中,不需要做调整。 - Some correlative designs and experiments are finished before the microwave test experiment . the property of a finite long magnetic coil is studied and the coil magnetic field circuit is constructed for the experiment of microwave . a digital two - channel trigger device is designed and successfully applied in the experiment
为了微波实验的顺利进行，我们设计并加工了磁场线圈，研制了控制磁场线圈回路触发和强流电子束加速器触发同步的两路数字同步触发器，研制了测量电子束流的法拉第筒，并成功地将这些设备应用于微波实验研究。 - It is found from the experiment that under the conditions of peak magnetic field of 0 . 57t , beam pulse fwhm ( full width of half maximum ) of 44ns , a microwave radiation pulse with fwhm 25ns and whole width of 35ns is produced , when the intensity of the guiding magnetic field rises , the peak microwave power changes little but the width of the pulse reduces . the a - k gap also has obvious influence on the microwave radiation , the stable and higher microwave output is obtained under suitable gap
实验中还发现，在峰值磁场0 . 57t和束流半高宽44ns情况下，得到了25ns半高宽和35ns底宽的微波脉冲信号，随着导引磁场增加，微波信号幅值基本不变，但国防科学技术大学研究生院学位论文是微波脉冲宽度会逐步减少;实验中还发现磁场线圈位置有一定的轴向调节范围，说明在磁场轴向分布的一定变化范围内，器件都可以正常工作，这对以后的永磁场系统导引的微波实验有利。