With the advancing technology in superconducting magnet , strong magnetic field has found more and more applications in scientific researches and industrial manufacturing 摘要近年来，随着超导磁体技术的进步，围绕与强磁场条件相关的应用得到迅速发展。
However , mumetal is not especially easy to apply , and if it is saturated by an excessively strong field , it will no longer provide an advantage 虽然高导磁合金有诸多优点，但是这种材料用起来并不是很方便，如果受到强磁场作用而达到磁饱和的话，这种材料就不再具备任何优势了。
By analogy , a neutron star born rotating as fast as or faster than the convective period of 10 milliseconds could develop a widespread , ultrastrong magnetic field 以此类推，在中子星诞生的时候，要是它的自转速率和10毫秒的对流周期一样快，甚至更快，就能发展出大区域的超强磁场。
Instead of passing x - rays through the body , mri relies on a strong magnetic field and a radio signal that together trigger atom in the body to send out signals of their own 代替x射线穿透人体的方式，核磁共振成像依靠一强磁场和无线电信号来共同触发体内的原子发出它们自己的信号。
However , it has not been seen in all documents yet that the study of stability of thin current - carrying plates and shells , etc . structure under strong magnetic field which is common occurrence to project 而对工程中屡见不鲜的在强磁场作用下的载流薄板、薄壳等结构元件的稳定性研究则尚未见诸文献。
Like electro - rheological ( er ) fluid , magneto - rheological ( mr ) fluid is also a new kind of smart material . under the high magnetic field , it can be transformed from newton fluid into visco - plastic solid 类似于电流变液，磁流变液也是一种新型智能材料，它能够在强磁场的作用下从牛顿流体变化为粘塑流体。
Impulse heavy current technology , as one of the important researches of pulse power techniques , is also widely applied to technology of high - temperature plasma , strong magnetic field , mechanics effects and so on 冲击大电流技术是脉冲功率技术的重要研究内容之一,广泛的用于高温等离子体、强磁场、力学效应等研究领域。
Those filaments self - organize in coaxial structures where the relativistic current in the center is surrounded by intense magnetic field and the return current sheath , and the magnetic field decreases abruptly to zero outside the relativistic current 电流丝自组织形成同轴结构，束流被强磁场和回流鞘层包围，磁场在电流丝外迅速衰减到0 。
A large number of on - site tests have proved that the anti - interference design of msts on both mechanic and software aspect is feasible and meets the operational requirements in conditions with strong magnetic and electric fields 通过大量的现场试验，证明msts从机械和软件两方面进行的抗干扰设计是可行的，满足在强磁场、强电场环境下使用的要求。
