线圈炮——电磁同轴发射器及其系统分析

线圈炮在宇航与国防中有重要应用前景。本文先简述其分析模型与方程。方程为非线性变系数常微分方程的初值问题，有时呈刚性。用Ｔｒｅａｎｏｒ方法求解，所得结果与国外已有装置的试验数据符合良好。并对一个小炮做了初步的原理设计。     

带传动实验机的电磁兼容性分析

本文主要对带传动实验机噪声的产生和传播途径进行了全面的分析，从而为设计、安装、调试和使用带传动实验机提供了技术支持。     

直9直升机机载数据传输电缆电磁耦合分析

通过对数据传输电缆的仿真分析计算,得到了传输信号频率、电缆回路之间的距离与电磁耦合之间的关系.对于直9系列直升机中数据传输电缆的物理模型计算结果表明,感应电压会在传输频率为75MHz时达到最大值,线间距离为1.5mm时具有最小值.分析结果为直9系列直升机/飞机机载数据电缆的布线优化和电磁兼容改进设计提供一定参考依据.     

TM波照射时喷气发动机进气道的极化散射矩阵

对ＴＭ波照射下喷气发动机进气道的极化散射矩阵进行了分析计算。通过将喷气发动机进气道等效成规则的圆波导腔结构，用多个波导模的叠加表示进气道内电磁场，并采用平面孔径辐射场的克希荷夫积分公式和电磁场互易定量，求得了进气道的极化散射矩阵，从而将复杂的腔体散射问题简化到只需求在规则波导模激励下喷气发动机终端的反射系数。所得结论对单、双站散射均适用。     

卫星内部三维屏蔽计算模型

研究中构建了一些常用设备的形状模式,用来计算从不同位置、不同方向入射的粒子在设备中运行的径迹长度；另外构建了各种常见形态的卫星整体模式,可以计算不同位置上卫星舱壁和结构件所产生的屏蔽作用。这些模式构成了一个较为完整的模块,可以计算由卫星舱壁和仪器设备相互屏蔽所形成的屏蔽效果。已经利用这一软件计算了某卫星舱内某仪器内部关键元件的屏蔽情况,计算中涉及到了复杂的卫星舱壁、分布在不同位置的其他仪器、仪器盒、仪器内部的线路板等,取得了较好的效果。     

Stability and shape analysis of relative equilibrium for three-spacecraft electromagnetic formation

The invariant shapes for close formation flying with inter-craft electromagnetic force ensure several potential space applications. However, the 6-DOF relative equilibrium problem has not been systematically investigated. This paper mainly analyzes the invariant shapes of relative equilibrium for the three-spacecraft electromagnetic formation, and studies the families of invariant shape solutions with real and constant magnetic moments as well as their linear stability. The problem is examined based on the full nonlinear coupled dynamic models for collinear and general triangular configurations. The relative equilibrium conditions are analyzed to determine whether an invariant shape do exist, and the corresponding families of invariant shape solutions are identified for static and spinning configurations respectively. Finally, the linear stability of such invariant shapes is numerically discussed, which have shown that most invariant shapes are unstable and controllable.     

Toroidal magnetic fields for protecting astronauts from ionizing radiation in long duration deep space missions

Among the configurations of superconducting magnet structures proposed for protecting manned spaceships or manned deep space bases from ionizing radiation, toroidal ones are the most appealing for the efficient use of the magnetic field, being most of the incoming particle directions perpendicular to the induction lines of the field. The parameters of the toroid configuration essentially depend from the shape and volume of the habitat to be protected and the level of protection to be guaranteed. Two options are considered: (1) the magnetic system forming with the habitat a unique complex (compact toroid) to be launched as one piece; (2) the magnetic system to be launched separately from the habitat and assembled around it in space (large toroid).     

电磁超介质研究进展

电磁超介质是当前电磁学和物理研究领域中的前沿与热点，文章将左手材料、复合左／右手传输线、光子晶体统一在电磁超介质的体系下进行介绍，并论述了电磁超介质的发展现状。     

用于电场探头校准的一种新设备——吉赫横电磁波传输室(GTEM小室)

介绍了近年来在电磁兼容性测量及场强测量领域已经广泛应用的吉赫横电磁波传输室（GTEM小室）。提出了将其用于校准电场探头的条件和方法。     

改进型测功机油门执行器的研制

在发动机试验中突然停电，极易发生发动机飞车事故，为解决此问题，研制了改进型测功机油门执行器。本文介绍了改进型测功机油门执行器的研制方法、工作原理及消除发动机飞车事故的的原理。试验证明，改进型测功机油门执行器工作安全可靠。