submerged screw log

简明释义

水流式计程仪

英英释义

例句

1.Using a submerged screw log 水下螺旋日志 can help in understanding sediment transport in aquatic environments.

使用submerged screw log 水下螺旋日志 可以帮助理解水生环境中的沉积物运输。

2.The submerged screw log 水下螺旋日志 was installed to monitor the water levels in the reservoir.

安装了submerged screw log 水下螺旋日志 来监测水库中的水位。

3.Researchers used a submerged screw log 水下螺旋日志 to collect data on fish movement patterns.

研究人员使用submerged screw log 水下螺旋日志 收集鱼类迁徙模式的数据。

4.The submerged screw log 水下螺旋日志 provides real-time data for hydrological studies.

该submerged screw log 水下螺旋日志 为水文学研究提供实时数据。

5.The engineer explained how the submerged screw log 水下螺旋日志 measures the flow rate of water in the river.

工程师解释了如何使用submerged screw log 水下螺旋日志 测量河流的水流速。

作文

The term submerged screw log refers to a specialized device used in hydrodynamics and fluid mechanics to measure water flow and other related parameters. This instrument is particularly useful in environments where traditional measurement methods may not be applicable due to turbulence or other challenging conditions. The submerged screw log consists of a screw-like structure that rotates as water flows over it, allowing for the calculation of flow speed and volume based on the rotation rate. Understanding the function and importance of the submerged screw log can be crucial for various applications, including environmental monitoring, civil engineering, and hydrological studies. For instance, in river management, accurate flow measurements are essential for flood prediction and control. By employing a submerged screw log, engineers can obtain precise data that helps in designing effective flood defense systems, ensuring the safety of nearby communities.Moreover, the submerged screw log can also be utilized in research settings, where scientists study aquatic ecosystems. By measuring the flow of water in streams and rivers, researchers can assess the health of these environments and the impact of human activities such as dam construction or agricultural runoff. This information is vital for conservation efforts, helping to maintain biodiversity and protect endangered species.In addition to its practical applications, the submerged screw log serves as an excellent example of how technology can enhance our understanding of natural systems. It illustrates the intersection of engineering and environmental science, showcasing how innovative tools can provide insights into complex ecological dynamics. As we face increasing challenges related to climate change and water resource management, devices like the submerged screw log become even more important. They enable us to gather critical data that informs policy decisions and sustainable practices.Furthermore, the design and operation of the submerged screw log highlight the principles of physics and engineering. The mechanics behind its functionality involve concepts such as rotational motion and fluid dynamics, making it a fascinating subject for students and professionals alike. Understanding how the submerged screw log works not only enhances our technical knowledge but also encourages a greater appreciation for the intricacies of nature and the technologies we develop to study it.In conclusion, the submerged screw log is more than just a measurement tool; it represents a vital link between technology and environmental stewardship. Its ability to provide accurate data in challenging conditions makes it indispensable in various fields, from engineering to ecological research. As we continue to explore and understand our planet's waterways, the role of instruments like the submerged screw log will undoubtedly grow in significance, helping us to navigate the complexities of water management and conservation in the years to come.

“submerged screw log”（潜水螺旋日志）一词指的是一种专门设备，用于水动力学和流体力学中测量水流及其他相关参数。这种仪器在传统测量方法因湍流或其他挑战性条件而无法应用的环境中尤其有用。submerged screw log由一个螺旋状结构组成，随着水流的通过而旋转，从而根据旋转速率计算流速和流量。理解submerged screw log的功能和重要性对于环境监测、土木工程和水文研究等多个应用至关重要。例如，在河流管理中，准确的流量测量对于洪水预测和控制至关重要。通过使用submerged screw log，工程师可以获得精确的数据，这有助于设计有效的防洪系统，确保附近社区的安全。此外，submerged screw log还可以用于研究环境，科学家们研究水生生态系统。通过测量溪流和河流中的水流，研究人员可以评估这些环境的健康状况以及人类活动（如修建水坝或农业径流）的影响。这些信息对保护工作至关重要，有助于维护生物多样性和保护濒危物种。除了其实际应用外，submerged screw log也是技术如何增强我们对自然系统理解的优秀例子。它展示了工程学与环境科学的交汇，展示了创新工具如何提供对复杂生态动态的洞察。随着我们面临与气候变化和水资源管理相关的日益严峻的挑战，像submerged screw log这样的设备变得更加重要。它们使我们能够收集关键数据，以指导政策决策和可持续实践。此外，submerged screw log的设计和操作突出了物理学和工程学的原理。其功能背后的机制涉及旋转运动和流体动力学等概念，使其成为学生和专业人士都感兴趣的迷人主题。了解submerged screw log的工作原理不仅增强了我们的技术知识，还鼓励我们更深刻地欣赏自然的复杂性以及我们为研究自然而开发的技术。总之，submerged screw log不仅仅是一种测量工具；它代表了技术与环境保护之间的重要联系。它在挑战性条件下提供准确数据的能力使其在多个领域不可或缺，从工程到生态研究。随着我们继续探索和理解地球的水域，像submerged screw log这样的仪器的作用无疑会在未来几年中变得越来越重要，帮助我们应对水管理和保护的复杂性。