uncoupled

简明释义

英[ˌʌnˈkʌpld]美[ˌʌnˈkʌpld]

adj. 解耦合的

v. 分开（uncouple 的过去分词）

英英释义

单词用法

同义词

反义词

例句

1.Some types of hose connections utilize clips to prevent them from accidentally becoming uncoupled.

部分类型的软管连接利用线夹来防止连接意外中断。

2.Then by the principle of superposition and solving two sets of algebraic equations, the interaction between the point force and the point charge was uncoupled.

利用线性叠加原理，通过求解两组代数方程组，从而分离出点力与点电荷的耦合作用。

3.Brown fat cells are loaded with mitochondria, but in them the various enzymes that lead to the production of ATP are "uncoupled" from each other.

棕色脂肪细胞里装载着线粒体，但它们中产生AT P的各种酶彼此互不耦联。

4.They uncoupled the passenger cars from the train engine.

他们让乘客车厢与火车头脱离开。

5.Singless 'day began as a day for unmarried or uncoupled people to celebrate their lives.

光棍节最开始是单身人士庆祝的日子。

6.One of the uncoupled boundary models has been suggested, in which two elastic solids are separated by a viscous fluid membrane.

本文提出一种非密接界面模型，其中两个弹性固体被一个粘性流体薄膜所分开。

7.The forced structural vibration problem and the fluid radiation problem is uncoupled by means of the orthonomality of the eigen functions and the generalized coordinates …

本文还就结构-流体-地基相互作用对于辐射水动力荷载的影响作了描述和研讨。

8.V-shaped notch blasting is that cutting slots with certain depth along axis -direction of the hole is determined according to the blast-crazing, and then load uncoupled charge and detonation.

形刻槽爆破是指在炮孔孔壁上按爆破开裂方向，切出一定深度的轴向对称V形槽，采用不耦合装药结构进行的一种断裂控制爆破。

9.The train was uncoupled from the rest of the cars due to a technical issue.

由于技术问题，火车与其余车厢被解耦。

10.The two systems were uncoupled to allow for independent operation.

这两个系统被解耦以允许独立运行。

11.In the software update, the developers uncoupled the modules to improve flexibility.

在软件更新中，开发人员解耦了模块以提高灵活性。

12.After the experiment, the researchers uncoupled the variables to analyze their individual effects.

实验结束后，研究人员解耦了变量，以分析它们各自的影响。

13.The couple decided to uncouple their finances after their divorce.

这对夫妇在离婚后决定解耦他们的财务。

作文

In the realm of science and engineering, the term uncoupled signifies a state where two systems or components that were previously linked or dependent on each other have been separated. This concept is particularly relevant in various fields, such as physics, mechanics, and even economics. Understanding the implications of an uncoupled system can lead to significant advancements in technology and efficiency.For instance, in mechanical engineering, when we talk about uncoupled systems, we often refer to machines or mechanisms that operate independently rather than relying on one another. This independence can enhance performance and reliability. For example, consider a train system where multiple cars are uncoupled. Each car can function on its own without affecting the others, which allows for greater flexibility in operations. If one car experiences a malfunction, it does not halt the entire train's progress, thereby improving overall safety.Similarly, in the field of physics, the idea of uncoupled equations arises frequently. When analyzing complex systems, scientists often simplify their models by assuming that certain variables are uncoupled from one another. This simplification can make calculations more manageable and provide clearer insights into the behavior of the system. For example, when studying the motion of celestial bodies, physicists may treat gravitational forces as uncoupled to better understand individual trajectories before considering their interactions.In economics, the notion of uncoupled markets can be observed when two economies operate independently without influencing each other. This independence can be beneficial in certain contexts, allowing for specialized growth in different sectors. For instance, if one country focuses on technology while another specializes in agriculture, they can trade without disrupting each other's economic stability, creating a mutually beneficial relationship.However, it is essential to recognize that the concept of uncoupled systems is not always advantageous. In many cases, interdependence can lead to synergies that enhance performance. For example, in collaborative work environments, teams that are too uncoupled may struggle to achieve common goals due to a lack of communication and coordination. Therefore, finding the right balance between coupling and uncoupled systems is crucial for success.In conclusion, the term uncoupled carries significant weight across various disciplines. Whether in engineering, physics, or economics, understanding how systems can operate independently provides valuable insights into their functionality and potential. As we continue to explore the complexities of interconnected systems, recognizing when to embrace uncoupled relationships will be vital for innovation and progress. The ability to discern when to maintain independence versus when to foster collaboration will ultimately shape the future of technology, science, and economic development.

在科学和工程领域，术语uncoupled表示两个系统或组件之前相互连接或依赖的状态已经被分离。这个概念在物理学、机械工程甚至经济学等多个领域都特别相关。理解uncoupled系统的影响可以带来技术和效率的重大进步。例如，在机械工程中，当我们谈论uncoupled系统时，我们通常指的是独立运行而不是相互依赖的机器或机制。这种独立性可以增强性能和可靠性。例如，考虑一个火车系统，其中多个车厢是uncoupled的。每个车厢可以独立运作而不影响其他车厢，这允许在操作中有更大的灵活性。如果一个车厢发生故障，它不会阻止整个火车的前进，从而提高整体安全性。同样，在物理学领域，uncoupled方程的概念经常出现。在分析复杂系统时，科学家们常常通过假设某些变量是uncoupled的来简化他们的模型。这种简化可以使计算更加可管理，并提供对系统行为的更清晰见解。例如，在研究天体运动时，物理学家可能会将引力作用视为uncoupled，以更好地理解各自的轨迹，然后再考虑它们之间的相互作用。在经济学中，当两个经济体独立运作而不相互影响时，可以观察到uncoupled市场的概念。这种独立性在某些情况下是有利的，允许不同部门的专业化增长。例如，如果一个国家专注于技术而另一个国家专注于农业，他们可以进行贸易而不破坏彼此的经济稳定，从而创造出互利的关系。然而，必须认识到uncoupled系统的概念并不总是有利的。在许多情况下，相互依赖可以导致增强性能的协同效应。例如，在协作工作环境中，过于uncoupled的团队可能由于缺乏沟通和协调而难以实现共同目标。因此，在耦合和uncoupled系统之间找到正确的平衡对于成功至关重要。总之，术语uncoupled在各个学科中具有重要意义。无论是在工程、物理还是经济学中，理解系统如何独立运行为其功能和潜力提供了宝贵的见解。随着我们继续探索互联系统的复杂性，认识到何时拥抱uncoupled关系将对创新和进步至关重要。能够辨别何时保持独立与何时促进合作，最终将塑造技术、科学和经济发展的未来。