1.
A High efficiency,CW,PPM-Focused TWT for ECM Applications

用于电子对抗的高效率、连续波、周期永磁聚焦行波管
2.
focus-coil assembly

电磁聚焦组件;聚焦线圈系统;聚焦线圈系统
3.
magnetically focused cascade image intensifier

磁聚焦级联像增强器
4.
fixed field alternating gradient accelerator

固定磁场交变梯度聚焦加速器
5.
Care must be taken to protect the focusing coils from stray magnetic fields.

必须小心,以防止聚焦线圈产生寄生磁
6.
Analysis and Optimization of Large Transverse Flux Permanent Magnet Machine with Flux-concentrated Design;
大功率聚磁式横磁通永磁电机设计及其优化技术研究
7.
equipment that uses a magnetic or electric field in order to focus a beam of electrons.

利用磁场或电场来聚焦一束电子的设备。
8.
ON ABERRATION THEORY OF THE COMBINED ELECTROMAGNETIC FOCUSSING CATHODE LENSES

关于电磁复合聚焦阴极透镜的象差理论
9.
Magnetostatic Focusing of Cold Atomic Beams and Its Magnetic Lens on Atom Chip;

冷原子束的静磁聚焦及其芯片原子透镜
10.
Study on Synergistic Water Treatment Technology of the Rare-Earth Permanent Magnetic Material and Environmental Friendly Polymer;
稀土永磁与环保型聚合物联合水处理技术研究
11.
The Study of Electromagnetic Imaging for Biological Tissue and the Application of Focused Magnetic Filed Based on Improved Genetic Algorithms;
基于改进遗传算法的生物电磁成像与磁场聚焦应用研究
12.
The Design of Exciting Coil for Magnetic Induction Tomography System Based on the Technique of 3D Focused Magnetic Field;
基于三维磁场聚焦技术的磁感应成像系统中激励线圈的设计
13.
ON THE ABERRATION THEORY FOR WIDE AND NARROW ELECTRON BEAMS IN A COMBINED ELECTROMAGNETIC FOCUSING SPHERICAL CATHODE LENS SYSTEM
宽束和细束电磁复合聚焦球面阴极透镜的象差理论
14.
Hardware Performance and Inverse Algorithm for Living Tissue Conductivity Tomography System Using Focused Magnetic Fields;
生物组织磁聚焦电导率成像系统硬件实现与反演算法
15.
The Foundational Empirical Study about Biological Effect of MR Imaging-Guided High Intensity Focused Ultrasound;
磁共振引导高强度聚焦超声生物学效应的实验研究
16.
The Imaging Study of MRI-Guided High Intensity Focused Ultrasound Surgery of Rabbit Liver;
磁共振引导高强度聚焦超声损伤兔肝的影像学研究
17.
An Empirical Study of Mongolian Gazelle Muscle Exposed to MR Imaging Guided High Intensity Focused Ultrasound;
磁共振导航高强度聚焦超声热消融羊肌肉组织的可行性研究
18.
Determining the helix starting point of determination of magnetic focusing electron charge-mass ratio electron-beam experiment
磁聚焦法测定电子荷质比实验电子束螺旋线起点的确定