reversibility

简明释义

英[rɪˌvɜːsəˈbɪləti]美[rɪˌvɜːrsəˈbɪləti]

n. [数] 可逆性；可撤销；可反转性

英英释义

单词用法

同义词

反义词

例句

1.Then, an efficient method for upgrading the reversibility of full bus admittance matrix of a distribution network is proposed by perturbing shunt susceptance.

提出了一种基于节点电纳摄动改造配电网全节点导纳矩阵可逆性的方法。

2.It has advantages in reversibility, kinetic of charge-discharge process and safety performance, and becomes the hotspot of research in anode material.

它是一种理想的嵌入型电极材料，具有充电次数多、充电过程快、安全等特点，这使其成为研究新型锂离子电池负极材料的热点。

3.Reversibility is a feature of all correct action, even sleep.

可逆转性是正确行为(甚至睡眠)的一个特点。

4.This idea of reversibility is critical to understanding quantum computing.

可逆性观点是理解量子计算的关键。

5.There is understandable controversy about many aspects of these actions but they had the great advantages of speed and reversibility.

虽然对这些救市操作存在争议是合乎情理的，但是其迅速和可逆的优点不容忽视。

6.No, power seduces by virtue of the reversibility that haunts it, and on which a minor cycle is instituted.

不，力量的诱惑通过使之神出鬼没的可逆性的优点，是一个小循环的开始。

7.“We’re basically imitating tricks that nature has discovered over millions of years” — in particular, “reversibility, the ability to break apart and reassemble,” Strano says.

“我们基本上是在重复自然数百万年前就发现的戏法”，斯特拉诺说道，“尤其是可逆性，一种消解后可重组的能力。”

8.The concept of reversibility is crucial in chemical reactions where products can revert to reactants.

在化学反应中，可逆性的概念至关重要，因为产物可以恢复为反应物。

9.In thermodynamics, the reversibility 可逆性 of a process indicates that it can return to its original state without any net change.

在热力学中，过程的可逆性表明它可以在没有任何净变化的情况下返回到原始状态。

10.The reversibility of certain physical processes allows us to utilize them efficiently in engineering.

某些物理过程的可逆性使我们能够在工程中有效利用它们。

11.In medicine, understanding the reversibility 可逆性 of certain conditions can help in treatment planning.

在医学中，了解某些病症的可逆性可以帮助制定治疗计划。

12.The reversibility of a decision often depends on the circumstances surrounding it.

一个决定的可逆性通常取决于其周围的环境。

作文

The concept of reversibility is fundamental in various fields, including physics, chemistry, and even philosophy. In simple terms, reversibility refers to the ability of a process to be reversed, returning to its original state without any loss or change. This idea can be illustrated through several examples in everyday life. For instance, consider the melting of ice. When ice melts into water, it undergoes a physical change; however, if we lower the temperature, the water can freeze back into ice. This transformation showcases the principle of reversibility, as the process can be undone by altering external conditions. In the realm of chemistry, reversibility plays a crucial role in chemical reactions. Many reactions are reversible, meaning that the products can react to form the original reactants again. A classic example is the synthesis of ammonia through the Haber process. The reaction between nitrogen and hydrogen gases to produce ammonia is reversible, and under certain conditions, the ammonia can decompose back into nitrogen and hydrogen. Understanding reversibility in chemical processes helps chemists manipulate reactions for desired outcomes, such as maximizing yield or controlling reaction rates. Philosophically, reversibility can also be examined in the context of time and decision-making. The idea that some actions can be reversed while others cannot raises profound questions about free will and moral responsibility. For instance, if a person makes a decision that leads to negative consequences, the lack of reversibility in that situation can lead to feelings of regret and remorse. This aspect of reversibility highlights the importance of considering the potential outcomes of our choices before acting, as some decisions may not allow for a return to the previous state. Moreover, the notion of reversibility extends to environmental issues as well. In discussions about climate change, the idea that certain actions, such as deforestation or pollution, have irreversible impacts on our planet is alarming. Once certain ecosystems are destroyed or species go extinct, the reversibility of these changes is often lost. This reality underscores the urgency of sustainable practices and conservation efforts, as we strive to protect our environment for future generations. In conclusion, the concept of reversibility is multifaceted and significant across various disciplines. Whether in science, philosophy, or environmental studies, understanding reversibility allows us to appreciate the delicate balance of processes and decisions in our world. By recognizing the reversible and irreversible aspects of our actions, we can make more informed choices that contribute to a better future. Ultimately, the awareness of reversibility encourages us to think critically about the implications of our actions and the interconnectedness of all things in our universe.

“可逆性”这一概念在物理学、化学乃至哲学等多个领域中都具有基础性的重要性。简单来说，reversibility指的是一个过程能够被逆转，返回到其原始状态而不造成任何损失或变化。这一理念可以通过日常生活中的几个例子来说明。例如，考虑冰的融化。当冰融化成水时，它经历了一个物理变化；然而，如果我们降低温度，水就可以再次冻结成冰。这种转变展示了reversibility的原理，因为这个过程可以通过改变外部条件来撤回。 在化学领域，reversibility在化学反应中起着至关重要的作用。许多反应是可逆的，这意味着产物可以反应形成原始反应物。例如，通过哈伯法合成氨的反应。氮气和氢气反应生成氨是可逆的，在某些条件下，氨可以分解回氮气和氢气。理解化学过程中的reversibility帮助化学家操控反应以获得期望的结果，例如最大化产量或控制反应速率。 在哲学上，reversibility也可以在时间和决策的背景下进行探讨。某些行为可以被逆转，而其他行为则不能，这引发了关于自由意志和道德责任的深刻问题。例如，如果一个人做出导致负面后果的决定，那么在这种情况下缺乏reversibility可能会导致悔恨和懊悔。这一方面的reversibility强调了在采取行动之前考虑我们选择的潜在结果的重要性，因为某些决定可能不允许返回到先前的状态。 此外，“可逆性”这一概念还扩展到环境问题。在关于气候变化的讨论中，某些行为，如森林砍伐或污染，对我们星球产生不可逆转影响的想法令人担忧。一旦某些生态系统被破坏或物种灭绝，这些变化的reversibility往往就会丧失。这一现实突显了可持续实践和保护努力的紧迫性，因为我们努力保护我们的环境，以供未来世代使用。 总之，reversibility这一概念在各个学科中都是多方面且重要的。无论是在科学、哲学还是环境研究中，理解reversibility使我们能够欣赏我们世界中过程和决策的微妙平衡。通过认识到我们行为的可逆与不可逆方面，我们可以做出更明智的选择，为更美好的未来做出贡献。最终，对reversibility的意识鼓励我们批判性地思考我们行为的影响以及我们宇宙中万物的相互联系。