seepage

简明释义

英[ˈsiːpɪdʒ]美[ˈsiːpɪdʒ]

n. [流] 渗流；渗漏；渗液

英英释义

单词用法

同义词

反义词

例句

1.Note the word "net" measuring the actual amounts of groundwater seepage into the lake and out of the lake is a much more complicated matter than merely inferring their difference.

注意“净值”这一词：测量地下水渗入并且渗出湖水的实际水量比仅仅推断出它们的差异要复杂得多。

2.Putin joined the team of scientists studying gas hydrates and natural seepage of crude oil on the bottom of Baikal on Saturday.

在周六与普京随行的是一队科学家，他们负责研究天然气水合物，以及贝加尔湖湖底原油的自然渗漏问题。

3.If the former are greater, the lake is a surface-water-dominated lake; if the latter, it is a seepage-dominated lake.

如果前者较大，这个湖就是一个以表层水为主的湖泊；如果是后者，则是一个以渗漏为主的湖泊。

4.Chemical seepage has caused untold damage.

化学品泄漏已造成了难以估量的损失。

5.Both dense and good nature of water seepage.

兼有密实及良好的防水防渗性。

6.Note the word "net": measuring the actual amounts of groundwater seepage into the lake and out of the lake is a much more complicated matter than merely inferring their difference.

注意“净”这个词：测量渗入湖泊和流出湖泊的地下水的实际数量是一个比仅仅推断它们之间的差异要复杂得多的问题。

7.Kitchen and bathroom ventilation, water seepage, and how to solve?

厨房和卫生间的渗水和透风如何解决？

8.The measure of the buildings' seepage is a key step.

建筑物渗漏检测是建筑质量检测的关键一环。

9.The heavy rain caused significant seepage through the basement walls.

暴雨导致地下室墙壁出现显著的渗漏。

10.We noticed seepage in the garden, indicating a possible underground water leak.

我们注意到花园里有渗漏，这表明可能存在地下水泄漏。

11.The engineer tested for seepage in the dam to ensure its structural integrity.

工程师检测了大坝的渗漏情况，以确保其结构完整性。

12.After the flood, there was seepage in several areas of the house.

洪水过后，房子的几个地方出现了渗漏。

13.They installed a drainage system to prevent seepage into the foundation.

他们安装了排水系统以防止渗漏进入基础。

作文

Seepage is a term that often describes the slow movement of liquid through small openings or porous materials. In various fields, such as geology, engineering, and environmental science, understanding seepage is crucial for addressing numerous challenges. For instance, in construction, engineers must consider the potential for water seepage (渗漏) when designing foundations and drainage systems. If not properly managed, seepage (渗漏) can lead to structural damage, mold growth, and other serious issues. In the context of environmental science, seepage (渗漏) plays a significant role in the hydrological cycle. Water from rain or melting snow can seep (渗透) into the ground, replenishing aquifers and supporting plant life. However, if contaminants are present in the soil, seepage (渗漏) can also lead to the pollution of groundwater sources. This is particularly concerning in agricultural areas where fertilizers and pesticides may leach into the soil and subsequently seep (渗透) into drinking water supplies. Moreover, seepage is a critical factor in the management of reservoirs and dams. Engineers must monitor how water seepages (渗漏) through dam structures to ensure their integrity and safety. Excessive seepage (渗漏) can indicate potential failure points, leading to catastrophic consequences if not addressed promptly. Therefore, understanding the dynamics of seepage (渗漏) is essential for maintaining the safety of these infrastructures. In agriculture, seepage (渗漏) can be both beneficial and detrimental. On one hand, controlled seepage (渗漏) can help irrigate crops by allowing water to move slowly through the soil, providing plants with a steady supply of moisture. On the other hand, excessive seepage (渗漏) can lead to waterlogging, which can harm root systems and reduce crop yields. Farmers must carefully manage irrigation practices to balance the benefits and risks associated with seepage (渗漏). The effects of seepage (渗漏) are not limited to the physical environment; they can also have social and economic implications. Communities that rely on groundwater for drinking and irrigation are particularly vulnerable to the impacts of contaminated seepage (渗漏). As awareness of these issues grows, efforts to mitigate the negative effects of seepage (渗漏) are becoming more prevalent. For example, sustainable farming practices aim to reduce chemical runoff that contributes to soil contamination, thus minimizing the risk of seepage (渗漏) affecting water quality. In conclusion, the concept of seepage (渗漏) encompasses a variety of processes and implications across different fields. Whether in construction, environmental science, agriculture, or community health, understanding how seepage (渗漏) occurs and its potential effects is vital for effective management and prevention strategies. As we continue to face challenges related to water resources and environmental sustainability, the study of seepage (渗漏) will remain an important area of focus for researchers and practitioners alike.

“Seepage”是一个术语，通常描述液体通过小孔或多孔材料缓慢移动的过程。在地质学、工程学和环境科学等多个领域，理解“seepage”是解决众多挑战的关键。例如，在建筑中，工程师在设计基础和排水系统时必须考虑水的“seepage”。如果管理不当，seepage可能导致结构损坏、霉菌生长和其他严重问题。 在环境科学的背景下，seepage在水文循环中起着重要作用。雨水或融雪可以渗入地下，补充含水层并支持植物生命。然而，如果土壤中存在污染物，seepage也可能导致地下水源的污染。这在农业地区尤其令人担忧，因为肥料和杀虫剂可能渗入土壤，并随后渗透到饮用水供应中。 此外，seepage是水库和大坝管理中的关键因素。工程师必须监测水如何通过大坝结构渗漏，以确保其完整性和安全性。过量的seepage可能表明潜在的失败点，如果不及时处理，可能会导致灾难性的后果。因此，理解seepage的动态对维护这些基础设施的安全至关重要。 在农业中，seepage既可以是有益的，也可能是有害的。一方面，控制的seepage可以通过使水缓慢渗透到土壤中来帮助灌溉作物，为植物提供稳定的水分供应。另一方面，过量的seepage可能导致水涝，这可能损害根系并降低作物产量。农民必须仔细管理灌溉实践，以平衡与seepage相关的好处和风险。 seepage的影响不仅限于物理环境；它们还可能具有社会和经济影响。依赖地下水作为饮用水和灌溉的社区特别容易受到受污染的seepage影响。随着人们对这些问题的关注不断增加，减轻负面seepage影响的努力变得越来越普遍。例如，可持续农业实践旨在减少化学物质的径流，从而降低seepage影响水质的风险。 总之，seepage的概念涵盖了不同领域的一系列过程和影响。无论是在建筑、环境科学、农业还是社区健康中，理解seepage是如何发生的及其潜在影响对于有效的管理和预防策略至关重要。随着我们继续面临与水资源和环境可持续性相关的挑战，seepage的研究将始终是研究人员和从业者的重要关注领域。