water absorbing power

简明释义

吸水能力

英英释义

例句

1.When choosing a fabric for outdoor gear, look for materials with high water absorbing power 吸水能力.

在选择户外装备的面料时，寻找具有高吸水能力的材料。

2.The water absorbing power 吸水能力 of this new material is three times greater than traditional options.

这种新材料的吸水能力是传统选项的三倍。

3.The new sponge has excellent water absorbing power 吸水能力, making it ideal for cleaning spills.

这种新海绵具有优异的吸水能力，非常适合清理溢出的液体。

4.Farmers prefer soil with high water absorbing power 吸水能力 to ensure better crop yields.

农民更喜欢具有高吸水能力的土壤，以确保更好的作物产量。

5.The towel's water absorbing power 吸水能力 is what makes it so effective after a shower.

这条毛巾的吸水能力使它在洗澡后非常有效。

作文

Water is an essential resource for life on Earth, and its presence plays a crucial role in various natural processes. One fascinating aspect of water is its ability to be absorbed by different materials, which can significantly impact both the environment and human activities. This property is often referred to as water absorbing power, or in Chinese, 吸水能力. Understanding this concept can help us appreciate the importance of water management and conservation efforts.The water absorbing power of a material determines how much water it can take in when exposed to moisture. For instance, natural substances like soil, wood, and certain fabrics exhibit varying degrees of water absorbing power. Soil, for example, is vital for agriculture as its ability to hold water affects plant growth. The more water absorbing power the soil has, the more nutrients it can retain, making it fertile for crops.In contrast, materials with low water absorbing power, such as plastic or metal, do not retain moisture well. This characteristic can be beneficial in specific applications, such as in construction or manufacturing, where moisture resistance is required. However, it also poses challenges in terms of environmental sustainability, as these materials can contribute to water runoff and pollution.The concept of water absorbing power is also significant in the textile industry. Fabrics designed for athletic wear often have high water absorbing power to wick away sweat from the body, keeping the wearer dry and comfortable. Conversely, swimwear is made from materials with low water absorbing power to ensure that it does not become heavy when wet, allowing for better movement in the water.Moreover, understanding water absorbing power is crucial in the context of climate change. As global temperatures rise, the ability of various surfaces to absorb water will affect how we manage stormwater and prevent flooding. Urban areas with impervious surfaces, like concrete, have low water absorbing power, leading to increased runoff during heavy rainfall. This can overwhelm drainage systems and result in flooding. On the other hand, implementing green roofs or permeable pavements can enhance a city's water absorbing power, helping to mitigate these issues.In conclusion, the water absorbing power of materials plays a vital role in our ecosystem, impacting everything from agriculture to urban planning. By understanding and harnessing this property, we can develop better strategies for water conservation and management. Whether through improving soil health, designing effective textiles, or creating sustainable urban environments, recognizing the significance of water absorbing power can lead to a more sustainable future. As we face increasing environmental challenges, it is essential to consider how we can leverage this property to improve our relationship with water and ensure its availability for generations to come.

水是地球生命的重要资源，其存在对各种自然过程起着至关重要的作用。水的一个迷人方面是它被不同材料吸收的能力，这可以显著影响环境和人类活动。这种特性通常被称为吸水能力。理解这个概念可以帮助我们欣赏水管理和保护工作的重要性。材料的吸水能力决定了它在暴露于湿气时能吸入多少水。例如，土壤、木材和某些织物等天然物质表现出不同程度的吸水能力。例如，土壤对于农业至关重要，因为其保持水分的能力影响植物生长。土壤的吸水能力越强，能够保留的养分就越多，使其对作物更加肥沃。相反，低吸水能力的材料，如塑料或金属，不会很好地保持水分。这一特性在特定应用中可能是有益的，例如在建设或制造中，需要抵御潮湿。然而，它也给环境可持续性带来了挑战，因为这些材料可能导致水流失和污染。吸水能力的概念在纺织工业中同样重要。为运动服设计的面料往往具有高吸水能力，可以将汗水从身体上排走，使穿着者保持干爽和舒适。相反，泳装则由低吸水能力的材料制成，以确保在潮湿时不变得沉重，从而允许在水中更好地移动。此外，理解吸水能力在气候变化的背景下也至关重要。随着全球温度上升，各种表面吸收水分的能力将影响我们如何管理雨水和防止洪水。城市区域的不可渗透表面，如混凝土，具有低吸水能力，在大雨期间会导致水流增加。这可能会使排水系统不堪重负，导致洪水。另一方面，实施绿色屋顶或透水铺装可以增强城市的吸水能力，帮助缓解这些问题。总之，材料的吸水能力在我们的生态系统中发挥着至关重要的作用，影响着从农业到城市规划的方方面面。通过理解和利用这一特性，我们可以制定更好的水资源保护和管理策略。无论是改善土壤健康、设计有效的纺织品，还是创建可持续的城市环境，认识到吸水能力的重要性都可以引导我们走向更可持续的未来。面对日益严重的环境挑战，考虑我们如何利用这一特性来改善与水的关系，并确保其在未来几代人中的可用性是至关重要的。