inclinometer

简明释义

英[ˌɪnklɪˈnɒmɪtə(r)]美[ˌɪnklɪˈnɑːmətər]

n. 倾角罗盘；倾斜计；倾角计

英英释义

单词用法

同义词

反义词

例句

1.A new Piezoelectric jet inclinometer made up of a piezoelectric jet rate sensor and a gasive pendulum inclination sensor, is studied in this paper.

研制了一种压电射流倾斜仪，它由一个压电射流角速率传感器和一个气体摆式倾角传感器组成。

2.This paper describes the principle, performance and purpose-designed circuits of a gyroscope inclinometer with electromagnetic compensation and flexible supporting structure.

介绍了双转子电磁补偿挠性支承陀螺测斜仪的原理和特点，研究了其专用硬件电路及误差补偿技术。

3.The result shows that heavy block calibration ensures the higher repeatability and stability of inclinometer.

实践表明重块标定保证了倾斜仪较高的重复性和稳定性。

4.Borehole inclinometer is a monitoring instrument in situ to measure lateral displacement of borehole. It is extensively used in slope engineering.

钻孔测斜仪是一种测定钻孔横向位移的原位监测仪器，在边坡工程原位监测中应用最为广泛。

5.TURCK's single axis inclinometer sensor measures angular tilt in reference to gravity.

图尔克的单轴测斜仪传感器测量与重力有关的角度倾斜。

6.Inclinometer is an instrument for measuring lateral deformation of soils and foundation.

测斜仪是测试土体侧向变形的一种仪器。

7.The principle, construction and mathematical model of SRG gyroscopic inclinometer are introduced in brief.

简要介绍了SRG陀螺测斜仪的原理、结构及数学模型。

8.By theoretical analysis and engineering practice, this paper introduces the method of analysis and computation of boring inclinometer data.

通过理论分析和工程实践，本文介绍了钻孔倾斜数据的分析计算方法。

9.The inclinometer showed a significant angle change in the building's foundation.

该倾斜计显示建筑基础的角度发生了显著变化。

10.In construction, an inclinometer is essential for ensuring stability.

在建筑中，倾斜计对于确保稳定性至关重要。

11.The geologist employed an inclinometer to monitor ground movement in the area.

地质学家使用倾斜计监测该地区的地面运动。

12.Using an inclinometer, the team assessed the risk of landslides.

通过使用倾斜计，团队评估了滑坡的风险。

13.The engineer used an inclinometer to measure the slope of the hillside.

工程师使用倾斜计来测量山坡的倾斜度。

作文

The field of engineering and construction is filled with various tools and instruments that help professionals ensure the safety and accuracy of their projects. One such instrument is the inclinometer, a device used to measure the angle of slope or tilt of an object. Understanding how this tool works and its applications can greatly enhance our knowledge of structural integrity and geotechnical engineering.An inclinometer is primarily used to monitor the stability of structures such as dams, bridges, and buildings, particularly in areas susceptible to landslides or seismic activity. By measuring the inclination of these structures, engineers can detect any shifts or movements that may indicate potential failure. The data collected from an inclinometer allows engineers to take proactive measures to reinforce or repair structures before they become hazardous.In addition to its use in construction, an inclinometer also plays a vital role in geological studies. Geologists utilize this tool to assess the stability of slopes and hillsides, especially in regions prone to landslides. By analyzing the data gathered from an inclinometer, researchers can predict when and where landslides might occur, thereby saving lives and reducing property damage.There are different types of inclinometers, including mechanical and electronic versions. Mechanical inclinometers typically consist of a pendulum system that indicates the angle of tilt, while electronic inclinometers use sensors to provide more precise measurements and can often transmit data wirelessly. This advancement in technology has made it easier for engineers and geologists to monitor conditions in real-time, leading to quicker responses to potential hazards.The importance of inclinometers cannot be overstated, especially in today's world where extreme weather events and natural disasters are becoming more frequent due to climate change. As we continue to build infrastructure in vulnerable areas, the need for reliable monitoring tools like the inclinometer becomes increasingly critical. It not only helps in maintaining the safety of existing structures but also aids in the design of new ones that can withstand environmental pressures.In conclusion, the inclinometer is an essential tool in both engineering and geology, providing valuable insights into the stability and safety of structures and natural landscapes. By understanding its function and applications, we can appreciate the role it plays in protecting lives and property. As technology advances, we can expect further improvements in inclinometer design and functionality, making them even more effective in monitoring and ensuring the safety of our built and natural environments.

工程和建筑领域充满了各种工具和仪器，帮助专业人士确保他们项目的安全性和准确性。其中一种仪器是倾斜仪，用于测量物体的坡度或倾斜角度。理解这个工具的工作原理及其应用可以大大增强我们对结构完整性和岩土工程的认识。倾斜仪主要用于监测大坝、桥梁和建筑物等结构的稳定性，特别是在容易发生滑坡或地震活动的地区。通过测量这些结构的倾斜度，工程师可以检测到任何可能表明潜在故障的移动或变化。从倾斜仪收集的数据使工程师能够在结构变得危险之前采取主动措施进行加固或修复。除了在建筑中的应用外，倾斜仪在地质研究中也发挥着重要作用。地质学家利用这种工具评估坡道和山坡的稳定性，尤其是在易发生滑坡的地区。通过分析从倾斜仪收集的数据，研究人员可以预测滑坡何时何地可能发生，从而挽救生命并减少财产损失。倾斜仪有不同类型，包括机械和电子版本。机械倾斜仪通常由一个指示倾斜角度的摆锤系统组成，而电子倾斜仪则使用传感器提供更精确的测量，并且通常能够无线传输数据。这一技术进步使工程师和地质学家能够实时监测条件，从而更快地应对潜在的危害。倾斜仪的重要性不容小觑，特别是在当今极端天气事件和自然灾害因气候变化而日益频繁的世界中。随着我们继续在脆弱地区建设基础设施，对可靠监测工具如倾斜仪的需求变得越来越关键。它不仅有助于维护现有结构的安全，还帮助设计能够承受环境压力的新结构。总之，倾斜仪是工程和地质学中必不可少的工具，为结构和自然景观的稳定性和安全性提供宝贵的见解。通过理解其功能和应用，我们可以欣赏它在保护生命和财产方面所发挥的作用。随着技术的进步，我们可以期待在倾斜仪的设计和功能上进一步改善，使其在监测和确保我们建成环境和自然环境的安全性方面更加有效。