wetted area

简明释义

受潮面积船体浸湿表面

英英释义

例句

1.The design of the irrigation system must consider the wetted area 湿润区域 to ensure efficient water distribution.

灌溉系统的设计必须考虑到wetted area 湿润区域以确保水分的有效分配。

2.The wetted area 湿润区域 of the soil affects how much moisture is retained after rainfall.

土壤的wetted area 湿润区域会影响降雨后保留多少水分。

3.To optimize the cooling system, we need to calculate the wetted area 湿润区域 of the heat exchanger.

为了优化冷却系统，我们需要计算热交换器的wetted area 湿润区域。

4.Engineers often measure the wetted area 湿润区域 of a boat's hull to determine its hydrodynamic efficiency.

工程师们常常测量船体的wetted area 湿润区域以确定其水动力效率。

5.In swimming pools, the wetted area 湿润区域 is crucial for calculating the amount of chemicals needed for maintenance.

在游泳池中，wetted area 湿润区域对于计算维护所需的化学品数量至关重要。

作文

The concept of wetted area is crucial in various fields such as hydrology, environmental science, and engineering. It refers to the surface area that is in contact with water. Understanding this concept is essential for numerous applications, including flood modeling, irrigation design, and even the study of aquatic ecosystems. In hydrology, for instance, the wetted area can influence the flow of water in rivers and streams, affecting both the velocity and the distribution of sediment. When we analyze a river's behavior during different flow conditions, we must consider how the wetted area changes. This is particularly important during flood events when the area covered by water expands significantly, impacting the surrounding environment and infrastructure.In environmental science, the wetted area plays a vital role in understanding habitats for aquatic organisms. Many species rely on specific conditions created by the presence of water, and the size of the wetted area can directly affect their survival and reproduction. For example, wetlands are characterized by their extensive wetted areas, which provide a rich habitat for diverse flora and fauna. These areas are not only crucial for wildlife but also serve as natural filters, improving water quality by trapping pollutants and sediments.In engineering, especially in the design of hydraulic structures like dams and spillways, calculating the wetted area is fundamental. Engineers must ensure that these structures can handle the forces exerted by water, which are influenced by the wetted area. A larger wetted area can lead to increased pressure on structures, necessitating careful planning and construction techniques to prevent failure.Moreover, the wetted area is also significant in the context of irrigation systems in agriculture. Farmers need to understand how much land is effectively receiving water to optimize crop yields. The efficiency of an irrigation system can be assessed by examining the wetted area it creates. If too little area is wetted, crops may suffer from drought stress, while excessive wetting can lead to waterlogging and root diseases.In conclusion, the term wetted area encompasses a wide range of applications and implications across different disciplines. Whether it is in the analysis of natural water bodies, the preservation of ecosystems, or the design of human-made structures, understanding the wetted area is essential for making informed decisions. As we continue to face challenges related to water management, climate change, and environmental conservation, the significance of the wetted area will only grow, highlighting the need for further research and innovative solutions to address these critical issues.

“wetted area”的概念在水文学、环境科学和工程等多个领域至关重要。它指的是与水接触的表面积。理解这一概念对于许多应用至关重要，包括洪水建模、灌溉设计，甚至水生生态系统的研究。例如，在水文学中，“wetted area”可以影响河流和溪流中的水流，影响沉积物的速度和分布。当我们分析河流在不同流动条件下的行为时，必须考虑“wetted area”的变化。这在洪水事件期间尤其重要，因为被水覆盖的区域显著扩大，影响周围的环境和基础设施。在环境科学中，“wetted area”在理解水生生物栖息地方面发挥着重要作用。许多物种依赖于水存在所创造的特定条件，而“wetted area”的大小直接影响它们的生存和繁殖。例如，湿地以其广泛的“wetted areas”而闻名，为多样化的植物和动物提供了丰富的栖息地。这些区域不仅对野生动物至关重要，还作为自然过滤器，通过捕获污染物和沉积物来改善水质。在工程领域，特别是在水坝和溢洪道等水利结构的设计中，计算“wetted area”是基础。工程师必须确保这些结构能够承受水施加的力量，而这些力量受到“wetted area”的影响。更大的“wetted area”可能会导致对结构施加更大的压力，因此需要仔细的规划和施工技术以防止失败。此外，“wetted area”在农业灌溉系统的背景下也很重要。农民需要了解有多少土地有效地接受水，以优化作物产量。灌溉系统的效率可以通过检查它所创造的“wetted area”来评估。如果湿润的区域太小，作物可能会遭受干旱压力，而过度湿润则可能导致水涝和根部疾病。总之，“wetted area”一词涵盖了不同学科中广泛的应用和影响。无论是在自然水体的分析、生态系统的保护，还是在人造结构的设计中，理解“wetted area”对做出明智的决策至关重要。随着我们继续面临与水管理、气候变化和环境保护相关的挑战，“wetted area”的重要性只会增加，这突显了进一步研究和创新解决方案以应对这些关键问题的必要性。