在这种反向耦合中，移动板的位置对移动它的力有影响，可以产生变化的复杂运动。
Such a back-coupling, in which the position of the moving plate has an impact on the forces that move it, could produce complicated and varying motions.
依赖注入让您将应用程序的主要层次编织到一起，从而使您产生一个松散耦合应用程序。
Dependency injection lets you weave together the main layers of your application, thereby lets you produce a loosely coupled application.
采用耦合微扰方法进行了计算。
The coupled perturbed Hartree-Fock method is used to calculate.
变压器的耦合系数与变压器的效率有关。
The coupling coefficient of transformer relates the transforming efficiency.
分析了滚动稳定性与杆身和偏航的耦合。
The coupling of the rolling stability with the pithing and yawing is analyzed.
这是链间耦合对共轭聚合物中双激子的反向极化作用。
It's the effect of interchain coupling on the inversed polarization of a biexciton in conjugated polymers.
采用耦合微扰（CPHF）方法在HF/6-31G水平上对巴比妥酸衍生物的第一超极化率进行了计算。
The first hyperpolarizability is studied at HF/6-31G level by coupled perturbed Hartree-Fock (CPHF) method.
连接强度随着耦合器承载率的增加而增加。
The connection strength increases with the increasing of bearizing rate of coupler.
减少了子类及其超类之间的耦合。
高性能是否比松散耦合更为重要？
您对松耦合的定义是否太过狭窄呢？
代码中的耦合也可以变得更松散。
良好的代码架构基础：松耦合等。
软件正变得更加复杂和松散耦合。
UML并没有该规格以及执行耦合。
UML does not have this specification and implementation coupling.
它是紧密耦合且使用自主框架吗？
Is it tightly coupled and does it use proprietary frameworks?
它还造成视图与控制器之间紧密耦合。
It also creates a tight coupling between the view and the controller.
以关键概念“松耦合”为例。
耦合与组合的区别非常细微但是又很重要。
The distinction between coupling and composition is subtle but important.
另外，系统通常涉及组件之间的紧密耦合。
Also, the systems typically involved a tight coupling between components.
首先，这个改变减少了应用程序的耦合性。
To start with, the change has reduced coupling in the application.
因此，可以将其看作紧密耦合的管理系统。
Hence, it can be thought of as a tightly-coupled management system.
具有高内聚力的设计将提供降低耦合的机会。
Designs with high cohesion offer the opportunity for lower coupling.
因此，低耦合需要限制对象之间的依赖级别。
Therefore, low coupling requires limiting the dependency level among objects.
有时应该避免紧密耦合，但有时又应该采用。
Sometimes you should avoid tight coupling, but sometimes you should embrace it.
松散耦合有许多优点。
松耦合和无状态性。
可以把传出耦合看作传入耦合的逆转。
Think of efferent coupling as the inverse of afferent coupling.
紧密耦合与松散耦合的对比。
此功能本身就是取消代码与外部关联的耦合。
This ability in itself essentially decouples code from external associations.
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