电磁的

In the system, the high-speed solenoid valves are used to control the amount and timing of natural gas injection. The ECU, based on a dingle chip computer, is designed to pick up signals and control the valves.

系统采用了电控高速电磁阀实现天然气的多点喷射控制，设计了基于单片机的电控单元实现信号采集和电磁阀驱动控制，进行了系统控制软件的匹配开发。

In the system,the high-speed solenoid valves are used to control the amount and timing of natural gas injection.The ECU,based on a dingle chip computer,is designed to pick up signals and control the valves.In addition,the control software is also developed.

系统采用了电控高速电磁阀实现天然气的多点喷射控制，设计了基于单片机的电控单元实现信号采集和电磁阀驱动控制，进行了系统控制软件的匹配开发。

This article from the electromagnetic valve functions and features start, focused on the design and electromagnetic coil manufacturing technology, computer programming designed to match the coil.

本文从电磁阀的功能及特点入手，着重介绍了电磁线圈的设计及制造工艺，计算机编程设计相匹配的线圈。

With the development of pneumatic technology, electromagnetic valve coil power getting smaller and smaller, while the PLC 's output power increases, so that between the solenoid valve and the PLC eliminates the need for a number of intermediate links, so that control system becomes easier.

随着气动技术的发展，电磁阀的线圈功率越来越小，而 PLC 的输出功率在增大，使电磁阀与PLC之间省去了许多中间环节，使控制系统变得更简单了。

The revised schemes were designed basing on the original model features, and central planer coil structure was preferable by analyzing electromagnetic attraction force of movable contact.

基于已有模型的结构特点设计了电磁系统的改进方案，通过分析比较活动电极电磁吸力的分布规律，确定了中心平面线圈结构设计方案将更加合理。

Objective To study the electromagnetism environment of health equipment both in peace time and wartime, and give schemes.

目的：对卫生装备在平时所处的复杂电磁环境进行分析，对战场条件下的复杂电磁环境予以探讨，并提出一定的解决方案。

It is necessary for an electromagnetic compatibility design to prospect an consider its possible EMI levels.

这是必要的电磁相容性的设计，以一种前景考虑其可能的电磁干扰水平。

The high efficiency of GRECO ensures that the method can be applied in the field of radar...

此外，图形电磁计算方法GRECO计算效率高，可以快速获得目标的宽带散射特性，因此，文中的电磁散射仿真方法具有良好的应用前景。

The article discusses several ways of ground connection and probes into the electro-magnetic interference from the ground wire.

讨论了接地的几种方式，探讨了地线中带来的电磁干扰，介绍了抑制和消除电磁干扰的途径和方法

This paper analyses the influence rule on tooth-layer permeance constant component and harmonic component with tooth-layer parameter and magnetometive, It offers basis to calculates the performance of the linear stepper motor with analytical method and optimized design for linear stepping motor.

最后，运用齿层比磁导函数化方法对直线步进电动机的最大电磁推力特性进行了定量研究，分析了永磁体参数、齿层参数对混合式直线步进电动机永磁体工作点的影响，分别计算了不同永磁体参数和齿层参数时的最大电磁推力特性。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。