asphalt seepage

简明释义

沥青苗;

英英释义

例句

1.Regular maintenance is essential to mitigate asphalt seepage 沥青渗漏 in older roads.

定期维护对减轻老旧道路的asphalt seepage 沥青渗漏至关重要。

2.The engineers recommended using a specific type of asphalt to reduce asphalt seepage 沥青渗漏 in the new highway construction.

工程师建议使用一种特定类型的沥青，以减少新高速公路建设中的asphalt seepage 沥青渗漏。

3.During the rainy season, asphalt seepage 沥青渗漏 can cause significant damage to the underlying layers of the pavement.

在雨季，asphalt seepage 沥青渗漏可能会对路面的下层造成重大损害。

4.To prevent asphalt seepage 沥青渗漏, we applied a sealant on the surface of the road.

为了防止asphalt seepage 沥青渗漏，我们在道路表面涂上了密封剂。

5.The construction team had to address the issue of asphalt seepage 沥青渗漏 in the new parking lot before proceeding with the project.

施工队在继续项目之前必须解决新停车场的asphalt seepage 沥青渗漏问题。

作文

Asphalt is a widely used material in construction, particularly for paving roads and parking lots. However, one of the challenges that can arise from its use is asphalt seepage, which refers to the process where asphalt or its components leak out from the surface due to various factors such as temperature changes, pressure, or improper installation. This phenomenon can lead to several environmental and structural issues that need to be addressed promptly.The primary cause of asphalt seepage is often related to the physical properties of asphalt itself. Asphalt is a viscous material that can soften and become more fluid when exposed to high temperatures. During hot weather, the asphalt can expand and, if not properly sealed, may begin to leak out into the surrounding soil or water systems. This can result in contamination of local ecosystems, particularly if the seepage occurs near bodies of water.Moreover, asphalt seepage can also occur due to aging and degradation of the asphalt over time. As asphalt surfaces are subjected to the elements, they can develop cracks and fissures. When these cracks form, they provide a pathway for the asphalt to escape. This not only leads to the loss of material but can also compromise the structural integrity of the paved surface, leading to potholes and other forms of damage that require costly repairs.To mitigate the effects of asphalt seepage, it is crucial to implement proper maintenance strategies. Regular inspections of asphalt surfaces can help identify early signs of wear and tear. Sealcoating, which involves applying a protective layer over the asphalt, can significantly reduce the chances of seepage by providing a barrier against the elements. Additionally, ensuring proper drainage systems are in place can help manage water runoff, preventing the accumulation of moisture that can exacerbate seepage issues.Furthermore, understanding the environmental implications of asphalt seepage is essential. Contaminants released from asphalt can pose risks to wildlife and plant life. For instance, certain chemicals found in asphalt can leach into the soil and waterways, affecting the health of aquatic organisms and disrupting local ecosystems. Therefore, it is vital for construction and maintenance practices to prioritize eco-friendly methods that minimize the risk of seepage.In conclusion, asphalt seepage is a significant concern in the realm of construction and environmental protection. By understanding its causes and implementing effective maintenance strategies, we can reduce its impact on both infrastructure and the environment. It is imperative for industry professionals to remain vigilant and proactive in addressing this issue to ensure the longevity of asphalt surfaces and the health of our ecosystems. Through education and awareness, we can better manage the challenges posed by asphalt seepage and work towards sustainable practices that benefit both society and the environment.

沥青是一种广泛用于建筑的材料，特别是在铺设道路和停车场时。然而，它的使用可能带来的一个挑战是沥青渗漏，这指的是由于温度变化、压力或安装不当等各种因素，沥青或其成分从表面泄漏的过程。这种现象可能导致多种环境和结构问题，需要及时解决。沥青渗漏的主要原因通常与沥青本身的物理特性有关。沥青是一种粘稠的材料，在高温下会变软并变得更加流动。在炎热的天气中，沥青可能会膨胀，如果没有得到妥善密封，可能会开始泄漏到周围的土壤或水系统中。这可能导致当地生态系统的污染，尤其是在渗漏发生在水体附近时。此外，沥青渗漏还可能由于沥青随着时间的推移而老化和降解而发生。随着沥青表面受到自然元素的影响，它们可能会出现裂缝和缺口。当这些裂缝形成时，就为沥青逃逸提供了通道。这不仅导致材料的损失，还可能损害铺设表面的结构完整性，导致坑洞和其他形式的损坏，需要昂贵的修复。为了减轻沥青渗漏的影响，实施适当的维护策略至关重要。定期检查沥青表面可以帮助及早发现磨损的迹象。涂抹封闭剂，即在沥青表面上涂上一层保护层，可以显著减少渗漏的机会，因为它为抵御自然元素提供了一道屏障。此外，确保排水系统的有效性可以帮助管理水流，防止积水的形成，从而加剧渗漏问题。此外，理解沥青渗漏的环境影响也很重要。从沥青中释放出的污染物可能对野生动物和植物生命构成风险。例如，沥青中某些化学物质可能会渗入土壤和水道，影响水生生物的健康，并破坏当地生态系统。因此，建筑和维护实践必须优先考虑环保的方法，以最小化渗漏的风险。总之，沥青渗漏是建筑和环境保护领域的一个重要问题。通过理解其原因和实施有效的维护策略，我们可以减少其对基础设施和环境的影响。行业专业人士必须保持警惕，积极应对这一问题，以确保沥青表面的耐用性和我们生态系统的健康。通过教育和意识，我们可以更好地管理沥青渗漏所带来的挑战，并朝着可持续的实践努力，这将使社会和环境受益。