1.
Generation and Transmission of Intense Relativistic Annular Electron Beam without Guiding Magnetic Field
无引导磁场强流相对论环形电子束的产生与传输
2.
The introduction of the field results in a removal of the degeneracy.
引入磁场，导致了简并消除。
3.
Study on propagation properties of laser guiding EMP in a finite magnetic field
有限磁场中激光引导电磁脉冲的传播特性研究
4.
Synthesis and Properties of Nanocrystalline Iron Electrodeposited under Magnetic Field;
磁场引导电沉积纳米晶铁的制备与性能研究
5.
Influence of Operation Magnetic Field in a Coaxial-Structure Cyclotron Autoresonance Maser Amplifier;
不同变化的导引磁场对同轴波导CARM放大器的影响
6.
The feasibility of observing field-dependent effects on the Verdet constant in liquid crystal as a result of induced orientational ordering in very high magnetic field is discussed.
还讨论了在液晶中观测强磁场诱导的取向有序所引起的费尔德常数随磁场变化的可行性.
7.
INFLUENCE OF CONDUCTOR STRUCTURE ON MAXIMUM FIELD DENSITY IN SUPERCONDUCTING MAGNET
导体结构对超导磁体最大磁场的影响
8.
The force of attraction is dependent on the strength of the magnetic field that again is dependent upon the strength of the current.
引力取决于磁场强度，磁场强度取决于电流强度。
9.
The Influence of Geomagnetic Direction on the Magnetic Distortion Caused by Stress Concentration
地磁场方向对应力集中引起的磁场畸变的影响
10.
Synthesis and Magnetic Field-Induced Assembly of Nanoscale Magnetic Materials;
磁性纳米材料的合成及磁场诱导组装
11.
Design and electromagnetic analysis of ITER TF Magnet Busbar
ITER纵场磁体超导母线设计与电磁分析
12.
Magnetic structural transformation induced by magentic field and temperature in Gd_5Ge_4
Gd_5Ge_4中磁场温度诱导的磁结构相变研究
13.
Magneto-elastic random vibration of an electroconductive plate in magnetic field
导电薄板在磁场中的磁弹性随机振动
14.
standard beam approach system
标准波束引导进场系统
15.
beam approach seeker
波束引导进场寻的器
16.
i.The Market Orientation
(一)市场供求的引导
17.
Field circuit breaker failure causing too low arcing voltage followed by blast of ionised air in +ES cubicle and flashover at the left extremity of AC bus bars.
导致弧压过低的磁场断路器故障是引发+ES柜空气电离和交流母排左侧末端处发生闪络的原因。
18.
Strong attraction of ferromagnetic objects may occur at close distances to the magnet, where the magnetic field is above50 to100 gauss.
在靠近磁场时，磁场强度达到50-100高斯，对铁磁性物质产生强吸引力。