thermal equilibrium

简明释义

热平衡

英英释义

例句

1.An ice cube in a warm drink will eventually melt and reach thermal equilibrium 热平衡 with the liquid.

饮料中的冰块最终会融化，并与液体达到热平衡 thermal equilibrium。

2.When two objects at different temperatures are placed in contact, they will eventually reach thermal equilibrium 热平衡.

当两个不同温度的物体接触时，它们最终会达到热平衡 thermal equilibrium。

3.In a closed system, the process continues until all parts achieve thermal equilibrium 热平衡.

在一个封闭系统中，过程会持续进行，直到所有部分达到热平衡 thermal equilibrium。

4.To maintain thermal equilibrium 热平衡, heat must be transferred evenly throughout the system.

为了保持热平衡 thermal equilibrium，热量必须均匀地传递到整个系统中。

5.The concept of thermal equilibrium 热平衡 is essential in thermodynamics.

在热力学中，热平衡 thermal equilibrium 的概念是至关重要的。

作文

Thermal equilibrium is a fundamental concept in the field of thermodynamics that describes the state in which two or more bodies in thermal contact no longer exchange heat. At this point, the temperatures of the bodies become equal, and there is no net heat flow between them. Understanding thermal equilibrium (热平衡) is essential for various scientific and engineering applications, ranging from climate science to engineering design. In this essay, we will explore the importance of thermal equilibrium (热平衡) in everyday life and its implications in both natural and artificial systems.One of the most common examples of thermal equilibrium (热平衡) can be observed when you place a hot cup of coffee on a table. Initially, the coffee is much hotter than the surrounding air and the table. Heat will flow from the coffee to the table and the air until they reach the same temperature. This process continues until thermal equilibrium is achieved, at which point the coffee will have cooled down, and the table and air will have warmed up slightly. This simple scenario illustrates the principle of thermal equilibrium (热平衡) and highlights how heat transfer occurs in our daily experiences.In nature, thermal equilibrium (热平衡) plays a critical role in maintaining the climate and weather patterns of our planet. The Earth receives energy from the sun, which heats the surface and atmosphere. Various processes, such as evaporation, convection, and radiation, help distribute this energy. When the amount of energy absorbed by the Earth equals the amount of energy radiated back into space, the planet reaches a state of thermal equilibrium (热平衡). This balance is crucial for sustaining life, as significant deviations from this equilibrium can lead to climate change and extreme weather events.In engineering and technology, understanding thermal equilibrium (热平衡) is vital for designing efficient thermal systems. For example, in the development of heating and cooling systems, engineers must consider how different materials interact thermally to ensure optimal performance. By achieving thermal equilibrium (热平衡) within these systems, engineers can minimize energy loss and improve efficiency. Additionally, in the field of electronics, managing heat dissipation is crucial to prevent overheating and ensure the longevity of devices. Thus, the concept of thermal equilibrium (热平衡) is not just an abstract idea but a practical consideration that impacts our technology and daily lives.Moreover, thermal equilibrium (热平衡) has implications in the study of materials and their properties. For instance, when materials are heated, they expand, and when they cool, they contract. Understanding how materials behave at different temperatures and how they reach thermal equilibrium (热平衡) is essential for applications such as construction, manufacturing, and even cooking. Engineers and scientists must consider these factors to ensure structural integrity and functionality in their designs.In conclusion, thermal equilibrium (热平衡) is a vital concept that underpins many aspects of our world. From the natural processes that regulate our climate to the technologies we rely on daily, the principle of thermal equilibrium (热平衡) is integral to understanding heat transfer and energy balance. By grasping this concept, we can better appreciate the interactions between different systems and the importance of maintaining equilibrium for the sustainability of our environment and technological advancements.