cusec

简明释义

英[ˈkjuːsek]美[ˈkjʊsek]

n. 每秒一立方英尺（流量单位）

英英释义

单词用法

同义词

反义词

例句

1.Working with MSV, CUSEC will manage and approve talk group participation by federal, tribal, state, and local public safety agencies, and appropriate private sector users with public safety missions.

与MSV一起工作，CUSEC将通过联邦、部落、州和地方公共安全机构以及承担公共安全任务的适当的私营部门用户处理和批准谈话组的参与。

2.Working with MSV, CUSEC will manage and approve talk group participation by federal, tribal, state, and local public safety agencies, and appropriate private sector users with public safety missions.

与MSV一起工作，CUSEC将通过联邦、部落、州和地方公共安全机构以及承担公共安全任务的适当的私营部门用户处理和批准谈话组的参与。

3.Working with MSV, CUSEC will manage and approve talkgroup participation by federal, tribal, state, and local public safety agencies, and appropriate private sector users with public safety missions.

与MSV一起工作，CUSEC将通过联邦、部落、州和地方公共安全机构以及承担公共安全任务的适当的私营部门用户处理和批准谈话组的参与。

4.The river's flow rate was measured at 500 cusec, indicating a strong current.

河流的流量测量为500立方米每秒，表明水流湍急。

5.To manage the irrigation effectively, we need to ensure that the canal delivers water at a rate of 10 cusec.

为了有效管理灌溉，我们需要确保运河以10立方米每秒的速度输送水。

6.The dam can release water at a maximum capacity of 200 cusec during peak flow.

在洪峰期间，大坝可以以最高200立方米每秒的能力释放水。

7.Our calculations show that the city requires at least 15 cusec of water for its daily needs.

我们的计算显示，城市每天至少需要15立方米每秒的水。

8.The environmental report stated that the stream's average flow is around 3 cusec.

环境报告指出，这条小溪的平均流量约为3立方米每秒。

作文

In the realm of hydrology and water resource management, the term cusec plays a crucial role. The word cusec, short for 'cubic feet per second', is a unit of flow rate that measures the volume of water flowing through a given cross-section in one second. Understanding this measurement is essential for engineers, environmentalists, and water resource managers who are tasked with ensuring sustainable water supply and management practices. Water is a vital resource, and its efficient management is necessary for various applications, including agriculture, urban planning, and ecological conservation. For instance, when designing irrigation systems, farmers need to know how much water is available and how quickly it can be delivered to crops. This is where the concept of cusec becomes indispensable. By measuring water flow in cusec, farmers can determine the optimal amount of water needed for their fields, thereby maximizing crop yield while minimizing waste. Moreover, cities often rely on rivers and streams for their water supply. Urban planners must consider the flow rate of these water bodies, typically measured in cusec, when designing infrastructure such as bridges, dams, and drainage systems. If a river has a high flow rate, it may require more robust structures to withstand potential flooding. Conversely, if the flow rate is low, it might indicate a need for conservation measures to protect the water source from over-extraction. Environmental scientists also utilize the cusec measurement to monitor ecosystems. Aquatic life depends on specific flow rates for their survival. For example, fish species may require certain water velocities to spawn successfully. By measuring the flow in cusec, scientists can assess whether a river or stream is healthy enough to support diverse wildlife. This data can inform conservation efforts and help maintain biodiversity in aquatic environments. Additionally, during extreme weather events, understanding flow rates in cusec becomes critical. Heavy rainfall can lead to flash floods, and accurate measurements can aid in predicting flood impacts and implementing timely evacuation plans. Emergency responders rely on real-time data regarding water flow to make informed decisions that can save lives and property. In conclusion, the term cusec is not just a technical jargon; it is a fundamental unit of measurement that influences various aspects of our interaction with water resources. Whether it is for agricultural efficiency, urban planning, environmental conservation, or disaster management, understanding the flow rate in cusec is vital. As we continue to face challenges related to water scarcity and climate change, the importance of precise measurements like cusec cannot be overstated. It serves as a reminder of our responsibility to manage this precious resource wisely, ensuring its availability for future generations.

在水文学和水资源管理领域，术语cusec起着至关重要的作用。cusec是“每秒立方英尺”的缩写，是一种流量单位，测量在一秒钟内通过给定横截面的水的体积。理解这个测量对于工程师、环保人士和水资源管理者来说至关重要，他们负责确保可持续的水供应和管理实践。 水是重要的资源，其有效管理对农业、城市规划和生态保护等各种应用都是必要的。例如，在设计灌溉系统时，农民需要知道可用的水量以及可以多快将其送到作物。这就是cusec概念不可或缺的地方。通过以cusec测量水流，农民可以确定他们的田地所需的最佳水量，从而最大限度地提高作物产量，同时最小化浪费。 此外，城市通常依赖河流和溪流作为水源。城市规划者在设计基础设施（如桥梁、坝和排水系统）时，必须考虑这些水体的流量，通常以cusec为单位进行测量。如果一条河流的流量很大，则可能需要更坚固的结构来承受潜在的洪水。相反，如果流量很低，则可能表明需要采取保护措施，以防止过度抽取水源。 环境科学家也利用cusec测量来监测生态系统。水生生物依赖特定的流速生存。例如，鱼类可能需要某些水流速度才能成功繁殖。通过测量cusec中的流量，科学家可以评估一条河流或溪流是否健康到足以支持多样的野生动物。这些数据可以为保护工作提供信息，并帮助维持水生环境中的生物多样性。 此外，在极端天气事件期间，了解cusec中的流量变得至关重要。强降雨可能导致闪电洪水，准确的测量可以帮助预测洪水影响并实施及时的疏散计划。紧急响应人员依赖实时的水流数据做出明智的决策，这可以拯救生命和财产。 总之，术语cusec不仅仅是一个技术术语；它是一个基本的测量单位，影响我们与水资源互动的各个方面。无论是为了农业效率、城市规划、环境保护还是灾害管理，理解cusec中的流量至关重要。随着我们继续面临与水资源短缺和气候变化相关的挑战，像cusec这样的精确测量的重要性不容小觑。它提醒我们有责任明智地管理这一珍贵资源，确保未来几代人能够获得它。