This paper detailedly describes the related concepts and the characteristics of RSN, then describes kinds of RSN structure.

RSN. I'll let you know.

我很快就干完，我会告诉你的。

Design and Realization of Broadband Access System Based on the Concept of RSN

基于RSN框架的宽带接入网关设计及其实现

Analysis of RSN ′ s key distribution mechanism and its implementation

RSN密钥分发机制的研究及实现

Study on the preparation of Ni-SDC porous anode

Ni-SDC多孔阳极制备研究

Design and Implement of SDC in Digital Campus

高校共享数据中心平台的设计与实现

Measurement of Angle Position Based on SDC and Its Application in Gun Servo System

基于SDC的角位置检测在火炮伺服系统中的应用

Operating Principle of Digital Converter SDC and Its Application in Electronic Products

数字转换器SDC原理及应用

The control method for concurrency based on Oracle and SDE;

基于Oracle与SDE的空间数据并发性控制方法-版本；

Extraction of Tea Aroma by Absorption Column Method and SDE Method

柱吸附法和SDE法提取茶叶香气的研究

Comparison of SDE and WSD in Analyzing the Volatile, Semi-Volatile Neutral Components in Tobacco

同时蒸馏萃取法与水蒸气蒸馏法分离分析烟草挥发性、半挥发性中性成分的比较

The volatile oil in BHD was extracted by microwave radiation and SDE method with yield of 1.40%.

运用微波照射.同时蒸馏萃取法提取汤剂的挥发油，挥发油的收率为1.40%。

Kinetic model and simulation for the pressure machanism of RSW

电阻点焊加压机构的动力学模型及仿真

Note also that the car electrical system also provides electrical power to the RSW.

还要注意汽车电子系统也要为RSW提供电力。

RSW process is a complicated phenomenon, which involves mechanical, thermal, electrical, magnetic and metallurgical factors.

电阻点焊是一个力、热、电、磁、相变等多种因素耦合的复杂过程。

RSW is the main assembly connection means in car body manufacturing process.

在轿车车身制造过程中，电阻点焊是主要的装配连接手段。

Comparison of Elastic-Plastic FE Method and Engineering Method for RPV Fracture Mechanics Analysis

反应堆压力容器断裂力学分析中弹塑性有限元方法与工程方法的比较

An Optimization Design of Flight Control System of RPV

无人机飞行控制系统优化设计

Fracture Safety Analysis of RPV Nozzle with a Corner Crack in PWR

带拐角裂纹的反应堆压力容器接管的安全分析

Analysis of Effect of Design Transients and Fatigue Damage on RPV Design Life

设计瞬态和疲劳损伤对反应堆压力容器设计寿命的影响分析

In this paper, the RPY description method is adopted to develop the wholly dynamic model of the 6-DOF Stewart platform robot which is based on the Lagrange equation.

采用RPY角描述方法，基于拉格朗日方程建立了Stewart平台6-DOF并联机器人完整动力学模型。