inert

简明释义

英[ɪˈnɜːt]美[ɪˈnɜːrt]

adj. [化学] 惰性的；呆滞的；迟缓的；无效的

英英释义

单词用法

同义词

反义词

例句

1.Some folders and preference files are left behind, but they're inert.

某些文件夹或配置文件会被留下，但它们都已是死文件了。

2.In the presence of this inert gas, the air.

在有惰性气体，空气存在情况下。

3.So in the absence of this inert gas here, I just have the pure substance.

如果没有惰性气体，我只有纯物质。

4.Between the genes lay long stretches of "junk DNA," incoherent, useless, and inert.

之间的基因奠定“垃圾dna”，语无伦次，没用，很长一段惰性。

5.Since it has no electrons, it must be chemically inert.

因为它没有电子，所以具有化学惰性。

6.Inert gases like neon and argon have eight electrons in their outer shell.

像氖和氩这样的惰性气体，在它们的外电子层有8个电子。

7.Above the glass of water. And the air's inert to the water.

放在水上，空气对于水是惰性的。

8.After the accident, he lay inert on the ground, barely moving.

事故后，他躺在地上，几乎一动不动，显得无生气。

9.The chemical reaction was slow because the substance remained inert.

这个化学反应很慢，因为该物质保持了惰性。

10.The inert nature of the material makes it ideal for construction.

这种材料的惰性特性使其非常适合建筑。

11.He felt inert after the long meeting, unable to focus on anything.

在长时间的会议后，他感到无精打采，无法集中注意力。

12.Despite the pressure, the inert gas did not react with other elements.

尽管有压力，这种惰性气体并未与其他元素反应。

作文

In the world of science, the term inert refers to substances that do not react chemically under a set of given conditions. This characteristic is crucial in various fields, including chemistry, physics, and engineering. For instance, noble gases like helium and neon are considered inert because they do not readily form compounds with other elements. Their lack of reactivity makes them ideal for applications where stability is paramount, such as in lighting and welding processes.However, the concept of inert extends beyond the realm of chemistry. In everyday life, we often encounter situations or individuals who exhibit inert behavior. For example, a student who remains passive during class discussions may be described as inert, lacking the motivation to engage or participate actively. This inert attitude can hinder their learning process and limit their ability to absorb new information.Moreover, in the context of personal development, being inert can be detrimental. Individuals who resist change and remain stuck in their comfort zones may find themselves unable to grow or adapt to new challenges. This inert mindset can lead to missed opportunities and stagnation in both personal and professional aspects of life. It is essential to recognize that while some degree of stability is necessary, excessive inert behavior can prevent us from achieving our full potential.On the other hand, there are instances where being inert can be beneficial. For example, certain materials used in construction must be inert to ensure the safety and durability of structures. In this case, the inert nature of these materials prevents unwanted chemical reactions that could compromise the integrity of the building. Similarly, in the medical field, inert gases are often utilized in procedures requiring a stable environment, minimizing the risk of adverse reactions.In conclusion, the term inert encompasses a wide range of meanings and applications, from its scientific implications to its relevance in our daily lives. Understanding the dual nature of inert behavior—both as a protective quality and a potential hindrance—can help us navigate our experiences more effectively. Whether we are dealing with chemical substances or personal growth, recognizing when to embrace inert qualities and when to challenge them is key to finding balance and success. Therefore, it is vital to cultivate an awareness of our own inert tendencies and strive for a more dynamic approach to life, ensuring we are not merely existing but actively engaging with the world around us.

在科学领域，术语inert指的是在特定条件下不会发生化学反应的物质。这一特性在化学、物理和工程等多个领域至关重要。例如，氦和氖等惰性气体被认为是inert的，因为它们不易与其他元素形成化合物。它们缺乏反应性使得它们在需要稳定性的应用中理想，例如照明和焊接过程中。然而，inert的概念超出了化学的范围。在日常生活中，我们经常遇到表现出inert行为的情况。例如，一个在课堂讨论中保持被动的学生可能会被描述为inert，缺乏参与或积极互动的动力。这种inert态度可能会妨碍他们的学习过程，并限制他们吸收新信息的能力。此外，在个人发展方面，保持inert可能会造成不利影响。那些抵制变化并停留在舒适区的人可能会发现自己无法成长或适应新的挑战。这种inert心态可能导致错失机会和个人及职业方面的停滞。认识到虽然一定程度的稳定性是必要的，但过度的inert行为可能会阻碍我们实现全部潜力是至关重要的。另一方面，有些情况下保持inert可能是有益的。例如，某些用于建筑的材料必须是inert的，以确保结构的安全和耐久性。在这种情况下，这些材料的inert特性防止了可能危害建筑完整性的化学反应。同样，在医疗领域，inert气体通常用于需要稳定环境的程序中，最小化不良反应的风险。总之，术语inert涵盖了广泛的含义和应用，从其科学意义到在我们日常生活中的相关性。理解inert行为的双重性质——既可以作为保护特性，也可以成为潜在障碍——可以帮助我们更有效地应对我们的经历。无论我们是在处理化学物质还是个人成长，识别何时接受inert特性以及何时挑战它们是找到平衡和成功的关键。因此，培养对自身inert倾向的意识，并努力追求更具活力的生活方式，确保我们不仅仅是存在，而是积极参与周围的世界，是至关重要的。