first high water after completion

简明释义

完成后的第一次高潮(租船合同用语

英英释义

例句

1.The engineers will assess the performance of the bridge at the first high water after completion to verify its stability.

工程师将在完工后的第一次高水位期间评估桥梁的性能，以验证其稳定性。

2.We need to monitor the dam closely during the first high water after completion for any signs of leakage.

我们需要在完工后的第一次高水位期间密切监测大坝，以防出现任何泄漏迹象。

3.The construction team will conduct a thorough inspection during the first high water after completion to ensure everything is in order.

施工团队将在完工后的第一次高水位期间进行彻底检查，以确保一切正常。

4.During the first high water after completion, we will evaluate the effectiveness of the flood defenses.

在完工后的第一次高水位期间，我们将评估防洪设施的有效性。

5.It's crucial to document any changes observed during the first high water after completion for future reference.

在完工后的第一次高水位期间记录任何观察到的变化对于未来参考至关重要。

作文

The phrase first high water after completion refers to the initial significant rise in water levels following the conclusion of a construction project, particularly in relation to dams, levees, or other water management systems. Understanding this term is crucial for engineers, environmentalists, and urban planners alike, as it indicates the effectiveness of the project in managing water flow and preventing flooding. When a dam or levee is completed, it is often put to the test during the first major rainfall or snowmelt event. This is when the structure's integrity and design are evaluated against real-world conditions. The first high water after completion serves as an important benchmark that can reveal potential flaws in the construction or design. If the water levels rise too high and the structure fails to contain it, the consequences could be catastrophic, leading to flooding, property damage, and even loss of life.In many cases, engineers will conduct simulations and analyses to predict how the structure will perform under various scenarios. However, these models can only estimate potential outcomes based on historical data and current conditions. The true test comes with the first high water after completion, where nature's unpredictability can throw a wrench into even the best-laid plans. For instance, after the completion of a new dam, local communities may feel a sense of relief, believing that they are now protected from seasonal floods. However, when the first high water after completion occurs, it can quickly become apparent whether that confidence was misplaced. If the dam holds firm, it can bolster public trust in the engineering process and the safety measures in place. Conversely, if there is a breach or overflow, it can lead to panic and a reevaluation of the project’s efficacy. Moreover, the first high water after completion can also have ecological implications. It can affect local wildlife habitats, alter river flows, and change sediment deposition patterns. Environmental scientists often monitor these changes closely to assess the impact of human interventions on natural ecosystems. In conclusion, the concept of first high water after completion is more than just a technical term; it encapsulates the relationship between human engineering efforts and the natural world. It reminds us that while we can plan and construct with the best intentions, we must remain vigilant and prepared for the unpredictable forces of nature. This phrase highlights the importance of thorough testing and continuous monitoring after the completion of any water management structure, ensuring that both people and the environment can thrive in harmony. In summary, the first high water after completion is a critical event that signifies the success or failure of water management projects. Understanding its implications can help us improve future designs, enhance safety measures, and protect our communities from the potential dangers of flooding.

短语first high water after completion指的是在建设项目，特别是与水坝、堤坝或其他水管理系统相关的工程完成后，水位首次显著上升的情况。理解这个术语对于工程师、环境学家和城市规划者都至关重要，因为它表明了项目在管理水流和防止洪水方面的有效性。当一个水坝或堤坝完成后，通常会在第一次重大降雨或融雪事件中接受考验。这是评估结构的完整性和设计是否符合实际条件的时候。first high water after completion作为一个重要的基准，可以揭示施工或设计中的潜在缺陷。如果水位上涨过高，而结构未能控制住，后果可能是灾难性的，导致洪水、财产损失甚至生命丧失。在许多情况下，工程师会进行模拟和分析，以预测结构在各种场景下的表现。然而，这些模型只能基于历史数据和当前条件估计潜在结果。真正的考验出现在first high water after completion时，自然的不可预测性可能会给即使是最周密的计划带来麻烦。例如，在一座新水坝建成后，当地社区可能会感到松了一口气，相信他们现在得到了季节性洪水的保护。然而，当first high water after completion发生时，很快就会显现出这种信心是否是错位的。如果大坝稳固，可以增强公众对工程过程和安全措施的信任。相反，如果出现溃坝或溢流，可能会引发恐慌，并重新评估项目的有效性。此外，first high water after completion还可能对生态产生影响。它可能影响当地野生动物栖息地，改变河流流动并改变沉积物沉积模式。环境科学家通常会密切监测这些变化，以评估人类干预对自然生态系统的影响。总之，first high water after completion的概念不仅仅是一个技术术语；它体现了人类工程努力与自然世界之间的关系。它提醒我们，尽管我们可以根据最佳意图进行规划和建设，但我们必须保持警惕，并为自然力量的不可预测性做好准备。这个短语强调了在任何水管理结构完成后，进行彻底测试和持续监控的重要性，确保人类和环境能够和谐共存。总之，first high water after completion是一个关键事件，标志着水管理项目的成功或失败。理解其影响可以帮助我们改进未来的设计，加强安全措施，保护我们的社区免受洪水潜在危险的影响。