New design of bolted flange coupling system

Improvement of Claw Elastic Coupling in Expansion Crystalline Pot

膨化结晶罐爪形弹性联轴器改进

Discussion on Investment Casting of High Precision Claw Type Coupling

高精度爪形联轴节的熔模铸造工艺探讨

Application of Surface Granosealing Technology on Oil Pipe Coupling

表面磷化处理技术在油管接箍上的应用

The Design of Gas Cutting Machine for the Shadow-shape Pipe Coupling

马鞍型管接头气割专机的设计

Experimental Probe into Improvement of Spherical Pipe Coupling Installation without Interruption of Gas Supply

带气开孔球形管接改进墙施的实验探讨

Constant speed control for saddle-shaped curve cutting of pipe coupling

接管马鞍型曲线切割的恒速控制

Principle and progress of shape memory alloy pipe coupling

形状记忆合金管接头的工作原理及研究进展

Heat transfer experiment and Simulation of vacuum heat-insulation oil pipe coupling

真空隔热油管接箍传热实验与模拟研究

A calculating method of oil pipe coupling wall thickness

石油管接箍壁厚的计算方法

Coupling factor method for studying elastic motion of flight vehicles

研究飞行器弹性运动的耦合因子法

A Piezoelectric Ceramic Material With High Electromechanical Coupling Factor and High Stability

一种高机电耦合系数高稳定性的压电陶瓷材料

Study of Multiple Cycle and Its Coupling Factor of Heat-supply Unit

供热机组多重循环及其耦合系数研究

On Efficiency Research on coupling factor and receiving power of optical fiber

光纤耦合效率与接收光强计算研究

Study of Variable Speed Fluid Coupling Using for Belt Conveyor

调速型液力耦合器在带式输送机上的应用研究

Design Analysis and Investigation of Marine Fluid Coupling

船用液力偶合器设计分析探讨

A new approach of building mathematical model of ship ′ s fluid coupling

舰船液力偶合器数学建模新方法

Transformation of input characteristic of fluid coupling and their engineering applications

液力偶合器输入特性曲线变换及工程应用

By raising the quality factor of the cavity, adjusting it to approach critical coupling, and appropriately choosing a cavity of smaller volume, it should not be difficult to measure the loss factor with this set of measuring devices to an accuracy of the order of 10-5.

通过提高谐振腔的品质因数和使谐振腔接近临界耦合，并适当减小谐振腔的体积，使系统测量损耗角正切达到10~（-5）数量级并不困难。

The results show that the larger network is easier to achieve synchronization, and there is a critical coupling strength which makes network synchronization performance saturated; positive correlation network, homogeneous network has better network synchronization performance.

结果表明，耦合强度越大网络越容易达到同步，并存在一个临界耦合强度使得网络同步性能达到饱和；正相关网络、均质网络拥有更好的网络同步性能。

Using variational method, we also discuss the ground-state phase transition of the two-component system, and obtain the critical coupling line analytically.

运用变分方法，我们也调查了混合气体在基态的量子相变情况，并获得了系统的临界相变线。