磁壁

微带天线直接辐射场用磁壁围成的腔体模型进行计算；

In the paper , direct radiation fields of microstrip antenna are computed by means of the a cavity model formed by magnetic wall .

通过在电路的两侧人为地插入电壁或磁壁，分别解出电路的偶模与奇模有效介电常数。

The even or odd mode effective dielectric constant is calculated by inserting the magnetic wall or electrical wall at the lateral boundry .

通过将同轴波导等效为窄边是磁壁的矩形波导，建立了金属支撑杆的散射场计算模型，用积分方程法得到了散射场的计算公式，其计算结果与有限元方法仿真结果吻合良好。

The calculation model was constructed by equating CWG with rectangular waveguide . The scattering formula was deduced by Integral Equation Method , which was validated by Finite Element Method .

为了使磁吸附壁面检测机器人能沿直线轨迹运行，并具有良好的调速性能，根据驱动电机需要，设计了直流可调稳压电源。

In order to make wall measuring robot with magnetic move along straight track and have better speed - adjusting performance , according to the motors need , the DC adjustable steady voltage supply is designed .

介绍了自导向磁吸附爬壁机器人的控制系统。

The control system of self-steering magnetic wall-climbing robot is introduced .

稀土永磁在爬壁机器人中的应用

The Application of Rare Earth Permanent Magnet in Wall Climbing Robot

磁吸附爬壁机器人驱动系统设计

The Driver-System Design of a Magnetic-Adsorption and Climbing-Wall Robot

喷砂、喷漆、测量用磁吸附爬壁机器人

A Wall Climbing Robot with Magnetic Crawlers for Sand-blasting . Spray-painting and Measurement

自导向磁吸附爬壁机器人控制系统的实现

Implementation of Control System for Self-Steering Magnetic Wall-Climbing Robot

履带式磁吸附爬壁机器人喷漆机构的设计

On the design of a painting mechanism of wall climbing robot with two magnetic Crawlers

摘要介绍了履带式磁吸附爬壁机器人的磁吸附单元的结构和工作原理。

This paper introduces the structure and the working principle of a magnetic unit used on tracked wall-climbing robot .

研究磁泡畴壁微结构&垂直布洛赫线的晃动观测方法；

The rocking method has been adopted for the observation of the microstructure of the domain walls in bubble films .

介绍新研制成功的应用于火力发电站的锅炉水冷壁清扫、检测永磁吸附爬壁机器人。

This paper presents a brief introduction to the newly developed magneto adsorptive wall-climbing robot for cleaning and inspecting wall tube of boilers in thermal power station .

基于上面的设计，制造出了机器人样机，进行了试验，结果表明此可调磁极式永磁吸附爬壁机器人能安全稳定的吸附在钢铁壁面上，完成清扫作业。

Based on the above design , the robot prototype is produced , and the experiment is made . The results show that the climbing robot with adjustable pole permanent magnet adsorption can securely and stable adsorbed on the steel wall and finish the cleaning work .

漏磁法智能管道壁厚检测系统的研究

Research on Intelligence Pipeline Wall Thickness System Based on Magnetic Flux Leakage Principle

磁吸附检测爬壁机器人的研究

Research on Magnetic Absorbing Inspecting Wall - climbing Robot

通过改变屏蔽材料，分别研究了电磁屏蔽和磁屏蔽的屏壁原理和效能，并比较了不同厚度屏蔽板的屏蔽效果并得出一些有意义的结论。

With the comparison of the two shield materials , it draws significative conclusions .

磁流体发电机电极壁热流和电流分布的微机数采系统

The microcomputer data acquisition system of current distribution and heat flow distribution of electrode wall in MHD generator

文章通过分析通道中的离子密度中心区域分布和电势分布解释了磁聚焦程度影响壁面腐蚀强度的原因。

Via observing the distribution of potential and the center of the ion density in chamber , it explained how the degree of magnetic lens effected the intensity of wall erosion .

分析发现，当软磁相厚度约为软磁相布洛赫壁宽度的十分之一且硬磁相厚度大于硬磁相的布洛赫壁宽度时，界面交换耦合常数对成核场的影响会非常显著。

Analyses show that the interface coupling constant Ji has significant effect on the nucleation field only when the soft layer thickness is about 10 % of the domain wall width of the soft phase while the thickness of the hard layer is larger than its domain wall width .

漏磁检测是管道内检测的一种常用的方法，它是对铁磁材料管壁磁化后，检测管壁的漏磁通量来获知管壁表面损伤或腐蚀程度的方法。

Magnetic flux leakage ( MFL ) inspection is a commonly method on tube testing , which is a method that the adoption of MFL inspect to detect extent of damage or corrosion after magnetization wall of ferromagnetic materials .