spw

The proposed algorithms are simulated and tested in the SPW software platform.

本文所提出的算法均在SPW软件平台上通过数学建模和仿真，验证了其可行性。

SPW is the best source for buying new, refurbished, and used IBM equipment.

表面等离子体波是最好的来源购买的全新，翻新，并采用IBM的设备。

Observation of optical unstability by SPW technique

利用表面等离子波观察光学不稳定性

Transplanting all C codes into SPW.

完成所有C代码向SPW系统的移植。

Or, you can type python zpasspwd. py inituser and follow the prompts.

或者你可以输入pythonzpasspwd. py初始化用户并且跟着提示做.

Then with the same parameters, we take our SPW with three circular air cores compared with the existing similar waveguides structures.

并在相同的参数条件下，将所设计的具有三个圆形空气芯的表面等离子体光波导与已有的相似波导结构作了比较。

Using the model of the SPW, the residual stress of the nugget and the heat affect zone is studied with welding parameter verified.

使用电阻点焊过程的数值模型研究了各种焊接工艺焊接时，熔核及周围热影响区的残余应力分布。

Moreover, the excellent signal-transmitting feature of CPS-SPWM is also used well.

而CPS -SPWM 技术良好的谐波传输特性也得到了良好的利用.

Cascaded multilevel converter with CPS-SPWM technique has been discussed in application of Active Power Filter ( APF ).

本文研究了基于CPS-SPWM技术的级联型多电平变流器在有源电力滤波器 ( APF ) 中的应用问题.

The basic working modes are 50 Hz single peak waves, 100 Hz SPW and 50 Hz double peak waves.

其基本工作模式有：50Hz单峰波、100Hz单峰波和50Hz双峰波等。

Fuze System Modeling and Simulation Based on SPW Platform

基于SPW平台的引信系统建模与仿真

In this paper, the model of signal processing of frequency scan radar is presented based on SPW ( signal processing workstation).

本文基于SPW平台，建立起一种频扫体制的雷达信号处理仿真模型。

Modeling and Simulation of Complex Active Blanket Jamming Based on SPW

基于SPW的有源压制性干扰建模与仿真

The Implementation of Radar Intermediate Frequency Sampling in SPW

雷达中频正交采样在SPW环境中的实现

In this paper, the method to build and test user custom block in SPW is presented by doing a simple one.

通过创建一个简单的自定义模块并对其进行功能测试，介绍了在SPW中创建及测试用户自定义模块的方法。

Theoretical analysis shows that high resolution measurement of liquid refractive index can be achieved by using phase detection of SPW.

理论分析表明，利用SPW相位检测的方法可以实现高分辨率的液体折射率测量。

Extension to SPW based on socket technique

基于socket技术对SPW仿真功能的扩展

Thus, the optical constants of metallic films and contamination layers on its surface could be determined precisely by using the SPW technique.

因而利用SPW技术可以精确地确定金属膜及其表面污染层的光学常数。

And with the same parameters, the proposed SPW in this paper has better propagation properties.

在相同的参数条件下，本文所设计的波导具有较好的传输特性。

The surface plasma waves ( SPW) resonance is a sensitive function of the optical constants of metallic films and their surface conditions.

表面电磁振荡激元波（SPW）谐振是金属膜参数及其表面状态的十分灵敏的函数。

The mechanism of DC biasing for output transformer of SPWM switching converter was analyzed.

分析了SPWM开关型变换器中输出变压器产生直流偏磁的机理.

A SPWM active vibration control system with electromagnetic actuator was designed.

开发了一种采用电磁作动器的SPWM振动主动控制系统.

The numeric results using simulation software SPW are given out at last.

最后给出了用系统仿真软件SPW仿真的结果。

Simulation implementation of WCCs based on SPW

基于SPW的编织卷积码的仿真实现

Sub harmonic SPWM modulation is often used for medium frequency inverters.

常用的中频逆变器通常采用传统的SPWM调制策略.

The near-field to far-field transform formula is deduce to obtain base on synthetic plane waves ( SPW).

主要是利用平面波谱展开，推导了近远场转换公式；

The most important factor to influence the sensitivity of the SPW sensors is the thickness of the metal film, so it is meaningful to control the thickness of the metal film accurately in the procedure of manufacturing the SPW sensors.

对表面等离子体波传感器性能影响最大的因素就是探头上金属膜层的厚度。因而在研制利用表面等离子体共振效应的各种传感器的过程中，精确的控制好镀膜的厚度就有非常重要的意义。

The paper discussed the optic-fiber surface-plasmon-wave ( SPW ) sensor's sensitivity to temperature based on the particle vibration.

本文从粒子振动的角度讨论了光纤表面等离子体波传感器对于温度的敏感特性.

Research and Optimization on Novel SPW Sensor with a High Sensitivity by Using the Double Metal Layers Structure

新颖的高灵敏度双金属层结构表面等离子波传感器的研究与优化设计

The Optimal Control of the Thickness In The Procedure to Manufacture the SPW Sensors

等离子体表面波传感器中金属薄膜厚度的最优控制