stable equilibrium phase

简明释义

稳定平衡相位

英英释义

A stable equilibrium phase refers to a state in which a system remains unchanged over time, exhibiting a balance between opposing forces or influences, where any small disturbance will not lead to significant changes.

稳定平衡阶段指的是一个系统在时间上保持不变的状态,表现出对抗力或影响之间的平衡,在这个状态下,任何小的扰动都不会导致显著的变化。

例句

1.The economy reached a stable equilibrium phase 稳定平衡阶段 after several years of fluctuations in the market.

经过几年的市场波动,经济达到了一个稳定平衡阶段 stable equilibrium phase

2.After the initial shock, the population of the species settled into a stable equilibrium phase 稳定平衡阶段 that allowed for sustainable growth.

在最初的冲击之后,该物种的种群进入了一个稳定平衡阶段 stable equilibrium phase,这使得可持续增长成为可能。

3.During the experiment, the chemical reaction entered a stable equilibrium phase 稳定平衡阶段, indicating that the reactants and products were balanced.

在实验过程中,化学反应进入了一个稳定平衡阶段 stable equilibrium phase,这表明反应物和产物处于平衡状态。

4.The company's profits entered a stable equilibrium phase 稳定平衡阶段 after implementing cost-saving measures.

在实施节省成本措施后,该公司的利润进入了一个稳定平衡阶段 stable equilibrium phase

5.In the study of ecosystems, researchers often look for a stable equilibrium phase 稳定平衡阶段 where species populations remain constant over time.

在生态系统研究中,研究人员通常寻找一个稳定平衡阶段 stable equilibrium phase,在这个阶段物种种群在一段时间内保持不变。

作文

In the realm of physics and engineering, the concept of a stable equilibrium phase plays a crucial role in understanding how systems behave under various conditions. This term refers to a state where a system remains in balance, exhibiting no tendency to change unless acted upon by an external force. To illustrate this idea, consider a marble resting at the bottom of a bowl. The bowl's shape creates a stable equilibrium phase for the marble; if nudged slightly, the marble will return to its original position. This phenomenon is not only fascinating but also essential for designing stable structures and mechanisms in engineering.Similarly, in the context of ecosystems, a stable equilibrium phase can be observed when a biological community reaches a point of balance where species coexist and resources are utilized sustainably. For instance, a forest ecosystem can achieve a stable equilibrium phase when the population of trees, animals, and microorganisms is in harmony. Any drastic changes, such as deforestation or pollution, can disrupt this balance, leading to a cascade of negative effects on biodiversity and ecosystem health.In economics, the notion of a stable equilibrium phase is also significant. Markets often strive for equilibrium, where supply meets demand at a price that satisfies both consumers and producers. When a market is in a stable equilibrium phase, prices remain relatively constant, and there is little incentive for buyers or sellers to change their behavior. However, external factors such as technological advancements, policy changes, or shifts in consumer preferences can disrupt this equilibrium, leading to fluctuations in the market.The importance of understanding stable equilibrium phases extends beyond scientific disciplines; it also applies to personal development and psychology. Individuals often seek a stable equilibrium phase in their lives, aiming for a balance between work, relationships, and personal interests. Achieving this equilibrium can lead to greater happiness and fulfillment. However, life is inherently dynamic, and external pressures can push individuals out of their stable equilibrium phase. Recognizing these pressures and finding ways to restore balance is vital for mental well-being.In conclusion, the concept of a stable equilibrium phase is multifaceted and relevant across various fields. Whether in physics, ecology, economics, or personal life, understanding how systems reach and maintain balance can provide valuable insights. As we navigate through life and the world around us, recognizing the importance of stable equilibrium phases can help us appreciate the delicate interplay of forces that contribute to stability and harmony. By fostering environments that support these equilibria, we can promote sustainability and resilience in our systems, ensuring a better future for generations to come.

在物理和工程领域,稳定平衡阶段的概念在理解系统在各种条件下的行为中发挥着至关重要的作用。这个术语指的是一个系统保持平衡的状态,除非受到外部力量的作用,否则不会有改变的趋势。为了说明这一点,可以考虑一个大理石静静地停在碗底。碗的形状为大理石创造了一个稳定平衡阶段; 如果稍微推动一下,大理石会回到原来的位置。这种现象不仅令人着迷,而且在设计稳定的结构和机制时至关重要。同样,在生态系统的背景下,可以观察到当生物群落达到一种平衡点时,会出现稳定平衡阶段,在这个阶段,物种共存,资源得到可持续利用。例如,当树木、动物和微生物的种群和谐共存时,一个森林生态系统可以实现稳定平衡阶段。任何剧烈的变化,例如砍伐森林或污染,都可能扰乱这种平衡,导致生物多样性和生态系统健康的负面连锁反应。在经济学中,稳定平衡阶段的概念也很重要。市场通常努力实现均衡,在这种情况下,供给与需求在一个价格上相遇,满足消费者和生产者的需求。当市场处于稳定平衡阶段时,价格保持相对稳定,买卖双方都没有改变行为的动力。然而,外部因素,如技术进步、政策变化或消费者偏好的变化,可能会扰乱这种均衡,导致市场波动。理解稳定平衡阶段的重要性超越了科学学科,它也适用于个人发展和心理学。个人往往寻求生活中的稳定平衡阶段,力求在工作、关系和个人兴趣之间达到平衡。实现这种平衡可以带来更大的幸福感和满足感。然而,生活本质上是动态的,外部压力可能会将个人推离稳定平衡阶段。认识到这些压力并找到恢复平衡的方法对心理健康至关重要。总之,稳定平衡阶段的概念是多方面的,并且在各个领域都是相关的。无论是在物理学、生态学、经济学还是个人生活中,理解系统如何达到和维持平衡可以提供有价值的见解。当我们在生活和周围世界中导航时,认识到稳定平衡阶段的重要性可以帮助我们欣赏有助于稳定和谐的力量之间的微妙相互作用。通过促进支持这些平衡的环境,我们可以在我们的系统中促进可持续性和韧性,为未来几代人确保更美好的未来。

相关单词

phase

phase详解:怎么读、什么意思、用法