labile equilibrium

简明释义

不稳定平衡

英英释义

例句

1.During the experiment, we observed that the system maintained a labile equilibrium under varying pressure conditions.

在实验过程中，我们观察到系统在不同压力条件下保持了不稳定平衡。

2.The patient’s condition was described as a labile equilibrium, with vital signs changing frequently.

患者的状况被描述为不稳定平衡，生命体征频繁变化。

3.In ecology, populations often exist in a labile equilibrium, responding rapidly to environmental changes.

在生态学中，种群通常存在于一种不稳定平衡中，快速响应环境变化。

4.The chemical reaction reached a state of labile equilibrium, where small changes in temperature could shift the balance.

该化学反应达到了一个不稳定平衡状态，温度的微小变化可能会改变平衡。

5.The economy is currently in a labile equilibrium, influenced by fluctuating market trends.

目前经济处于一种不稳定平衡中，受到市场趋势波动的影响。

作文

In the realm of science, particularly in chemistry and physics, the concept of labile equilibrium plays a crucial role in understanding the dynamic nature of systems. Labile equilibrium refers to a state of balance that is not stable; it can easily be disturbed by external factors or changes in conditions. This concept is vital for explaining how certain reactions occur and how systems respond to perturbations. For instance, consider a chemical reaction where reactants are converted into products. If the conditions such as temperature or pressure change, the equilibrium can shift, causing the system to move away from its original state. This shifting nature of labile equilibrium highlights the importance of context in scientific observations. To illustrate this further, let’s take the example of a simple reversible reaction: A ⇌ B. In this case, A and B are in a state of labile equilibrium. Under normal conditions, the rate at which A converts to B is equal to the rate at which B converts back to A. However, if we increase the concentration of A, the system will respond by shifting towards the formation of more B, thus demonstrating the labile nature of the equilibrium. The ability of the system to adjust to changes exemplifies the concept of labile equilibrium and its significance in chemical kinetics.Beyond the confines of chemistry, labile equilibrium can also be observed in various natural and social systems. For instance, ecosystems often exist in a state of labile equilibrium, where species populations fluctuate in response to environmental changes, predation, and resource availability. When a new predator is introduced into an ecosystem, the established balance can be disrupted, leading to consequences such as population decline or extinction of certain species. This dynamic interplay underscores the fragility of ecological balance and the constant adjustments that occur within these systems.In the field of economics, the idea of labile equilibrium can be applied to market dynamics. Markets are often in a state of flux, where supply and demand continuously interact to establish prices. However, external shocks such as policy changes, technological advancements, or global events can disturb this equilibrium, leading to fluctuations in market behavior. Understanding that economic systems are not static but rather in a labile equilibrium allows economists to better predict and respond to changes in the market landscape.In conclusion, the term labile equilibrium encapsulates the essence of dynamic systems across various disciplines. Whether in chemistry, ecology, or economics, recognizing the inherent instability of equilibria enables us to appreciate the complexity of interactions within these systems. By acknowledging that equilibrium is often temporary and subject to change, we can develop more robust models and strategies to navigate the uncertainties of our world. The concept of labile equilibrium serves as a reminder that balance is not merely a state of rest but a continuous process of adaptation and response to the ever-changing environment around us.

在科学领域，特别是化学和物理学中，labile equilibrium（不稳定平衡）的概念在理解系统的动态性质方面起着至关重要的作用。Labile equilibrium指的是一种不稳定的平衡状态；它很容易受到外部因素或条件变化的干扰。这个概念对于解释某些反应如何发生以及系统如何响应扰动至关重要。例如，考虑一个化学反应，其中反应物被转化为产品。如果温度或压力等条件发生变化，平衡可能会发生偏移，导致系统远离其原始状态。Labile equilibrium的这种变化特性突显了科学观察中背景的重要性。为了进一步说明这一点，让我们以一个简单的可逆反应为例：A ⇌ B。在这种情况下，A和B处于labile equilibrium状态。在正常条件下，A转化为B的速率与B转化回A的速率相等。然而，如果我们增加A的浓度，系统将通过向形成更多B的方向移动来响应，从而展示了平衡的脆弱性。系统能够适应变化的能力体现了labile equilibrium的概念及其在化学动力学中的重要性。超越化学的范畴，labile equilibrium也可以在各种自然和社会系统中观察到。例如，生态系统通常存在于labile equilibrium状态，在这种状态下，物种种群根据环境变化、捕食和资源可用性波动。当新的捕食者被引入生态系统时，既定的平衡可能会被打破，导致某些物种的种群下降或灭绝。这种动态的相互作用强调了生态平衡的脆弱性以及这些系统内不断发生的调整。在经济学领域，labile equilibrium的概念可以应用于市场动态。市场往往处于不断变化的状态，供需之间持续互动以建立价格。然而，政策变化、技术进步或全球事件等外部冲击可能会干扰这种平衡，导致市场行为的波动。认识到经济系统并不是静态的，而是处于labile equilibrium状态，使经济学家能够更好地预测和应对市场环境的变化。总之，labile equilibrium这一术语概括了各个学科动态系统的本质。无论是在化学、生态学还是经济学中，认识到平衡的固有不稳定性使我们能够欣赏这些系统内相互作用的复杂性。通过承认平衡往往是暂时的并且容易变化，我们可以制定更强大的模型和策略，以应对我们世界的不确定性。Labile equilibrium的概念提醒我们，平衡不仅仅是一种静止状态，而是对我们周围不断变化的环境进行适应和响应的持续过程。