capillarity
发音：英 [?k?p??l?r??] 美 [?k?p??l?r??]
基础释义：毛细现象，毛细管作用。指液体表面张力使液体表面积缩小的现象。
英语范文：In physics, we have learned about the phenomenon of capillarity, which refers to the tendency of liquids to seek paths of least surface area under the influence of surface tension. This phenomenon is crucial in a variety of applications, such as the collection of ink in a printer or the formation of droplets in a spray paint can.
翻译：在物理中，我们学习了毛细现象，这种现象是指液体在表面张力的作用下，倾向于沿最小面积的路径流动的现象。这一现象在许多应用中都至关重要，比如打印机中油墨的收集，或者喷漆罐中液滴的形成。
以上内容仅供参考，建议到英语原声网站或APP学习地道、准确的英语。
Capillarity基础释义
Capillarity 是一个物理学概念，指的是液体在细小管状物体内侧由于表面张力作用而产生的自然流动现象。
发音：英 [?k?p??l?r??ti] 美 [?k?p??l?r??ti]
英语范文：
标题：探索毛细现象的力量
在日常生活中，我们常常可以观察到毛细现象，也就是我们常说的“毛细管作用”。无论是湿润的抹布在干燥的物体上留下的水渍，还是植物根部吸取土壤中的水分，这些都是毛细现象的生动实例。
Capillarity 是一种自然力，它通过液体表面张力的作用，使得液体可以在细小的管状物体内侧流动。这种力量虽然微小，但却在许多重要的过程中发挥着关键作用。例如，在生物体中，毛细现象帮助水分和营养物质在细胞之间传递，维持生命活动的正常进行。
此外，在建筑和工程领域，我们也会利用毛细现象来设计排水系统，防止水渍的产生。同时，在化妆品和涂料生产中，毛细现象也起到了决定性的作用，影响着产品的质量和性能。
通过了解和利用毛细现象，我们可以更好地理解自然界的运作规律，同时也可以为我们的生活带来许多便利。因此，我们应该更加重视对毛细现象的研究和应用。
总结，毛细现象虽然看似微小，但却在许多方面发挥着重要的作用。我们应该学会欣赏和利用这种自然力量，让它为我们的生活增添更多的色彩和可能性。
Capillarity
Capillarity is a fundamental phenomenon of fluid mechanics that occurs when liquids are confined to very small spaces. It refers to the tendency of liquids to seek the lowest possible energy state by pulling towards each other through tiny gaps in a surface or material.
The capillary effect can be observed in many different contexts, such as in the way water droplets form on a surface or in the way sand particles are attracted to each other. In biology, capillaries serve as the blood vessels that transport oxygen and nutrients throughout the body.
The capillary force can be significant and can have a significant impact on the behavior of materials. For example, capillary forces can cause materials to stick together or form bubbles, which can have negative effects on various industrial processes. Understanding capillarity and its various applications is crucial for developing effective strategies to mitigate its negative effects.
In summary, capillarity is a fundamental phenomenon that occurs when liquids are confined to small spaces and seeks the lowest possible energy state by pulling towards each other. The capillary force can be significant and has a wide range of applications, from biology to industry. Understanding capillarity and its various applications is essential for developing effective strategies to mitigate its negative effects.
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