cumulative volume curve

简明释义

累积径龙线

英英释义

例句

1.The cumulative volume curve can help identify peak usage times for resources.

累积量曲线可以帮助识别资源的高峰使用时间。

2.Understanding the cumulative volume curve is essential for predicting future demand in the market.

理解累积量曲线对预测市场未来需求至关重要。

3.To optimize production, the factory used the cumulative volume curve to analyze output levels.

为了优化生产，工厂使用累积量曲线分析产出水平。

4.The engineer analyzed the cumulative volume curve to assess the water supply over the past decade.

工程师分析了累积量曲线以评估过去十年的水供应情况。

5.In the report, the cumulative volume curve illustrated the trend of sales growth throughout the year.

在报告中，累积量曲线展示了全年销售增长的趋势。

作文

In the field of hydrology and water resource management, the concept of a cumulative volume curve plays a crucial role in understanding the distribution and availability of water resources over time. A cumulative volume curve is essentially a graphical representation that shows the total volume of water accumulated over a specified period. This curve is particularly useful for analyzing rainfall data, river flow, and reservoir storage, allowing researchers and engineers to make informed decisions about water usage and conservation.The construction of a cumulative volume curve typically begins with the collection of relevant data, such as daily rainfall measurements or streamflow records. Once this data is compiled, it is organized chronologically, allowing for the calculation of cumulative volumes at each time interval. For example, if a river receives 10 mm of rain on the first day, 5 mm on the second day, and 15 mm on the third day, the cumulative volume curve would reflect a total of 30 mm by the end of the third day.One of the primary applications of a cumulative volume curve is in flood forecasting and management. By analyzing the curve, hydrologists can predict how much water will flow into rivers and reservoirs during heavy rainfall events. This information is vital for planning and implementing flood control measures, ensuring the safety of communities located near water bodies. Furthermore, the cumulative volume curve helps in determining the capacity of reservoirs to hold excess water, thereby preventing potential overflow and subsequent flooding.In addition to flood management, a cumulative volume curve is also instrumental in assessing drought conditions. By examining the curve over an extended period, water resource managers can identify trends in water accumulation and depletion. For instance, a consistently declining cumulative volume curve may indicate a prolonged dry spell, prompting authorities to implement water conservation strategies to mitigate the impact of drought on agriculture and urban areas.Moreover, the cumulative volume curve serves as a valuable tool for environmental monitoring. It provides insights into the health of aquatic ecosystems by illustrating how changes in water volume affect habitats for fish and other wildlife. By maintaining a balanced cumulative volume curve, stakeholders can ensure that water levels are sustained at optimal levels for biodiversity and ecosystem stability.In conclusion, the cumulative volume curve is an essential component of water resource management, offering critical insights into both water availability and ecological health. Its applications range from flood forecasting to drought assessment and environmental monitoring. By leveraging the data represented in a cumulative volume curve, decision-makers can implement effective strategies to manage water resources sustainably and protect both human and ecological communities from the adverse effects of water-related challenges.

在水文学和水资源管理领域，累积量曲线的概念在理解和利用水资源的分布与可用性方面发挥着至关重要的作用。累积量曲线本质上是一种图形表示，显示在特定时间段内累积的水的总量。这条曲线对于分析降雨数据、河流流量和水库储存尤为有用，使研究人员和工程师能够对水的使用和保护做出明智的决策。构建累积量曲线通常始于收集相关数据，如每日降雨测量或流量记录。一旦这些数据被汇编，它们就会按时间顺序组织，从而允许在每个时间间隔计算累积量。例如，如果一条河流在第一天收到10毫米的降雨，在第二天收到5毫米，在第三天收到15毫米，那么到第三天结束时，累积量曲线将反映出总共30毫米。累积量曲线的主要应用之一是在洪水预测和管理中。通过分析这条曲线，水文学家可以预测在强降雨事件中，多少水将流入河流和水库。这些信息对于规划和实施洪水控制措施至关重要，确保位于水体附近的社区的安全。此外，累积量曲线有助于确定水库容纳多余水的能力，从而防止潜在的溢出和随之而来的洪水。除了洪水管理外，累积量曲线在评估干旱条件方面也非常重要。通过检查一段时间内的曲线，水资源管理者可以识别水的累积和消耗趋势。例如，持续下降的累积量曲线可能表明长期的干旱期，促使当局实施水资源保护策略，以减轻干旱对农业和城市地区的影响。此外，累积量曲线还作为环境监测的重要工具。它通过展示水量变化如何影响鱼类和其他野生动物的栖息地，提供了对水生生态系统健康的洞察。通过维护平衡的累积量曲线，利益相关者可以确保水位保持在适宜的水平，以促进生物多样性和生态系统的稳定。总之，累积量曲线是水资源管理的重要组成部分，提供了对水的可用性和生态健康的关键洞察。它的应用范围从洪水预测到干旱评估，再到环境监测。通过利用累积量曲线所代表的数据，决策者可以实施有效的策略，以可持续地管理水资源，并保护人类和生态社区免受水相关挑战的不利影响。