tiltmeter

简明释义

英[/ˈtɪl(t)ˌmiːtər/]美[/ˈtɪl(t)ˌmiːtər/]

n. 测量地面倾斜度之仪器

英英释义

单词用法

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反义词

例句

1.The working status of vertical pendulum tiltmeter in Yanshou Seismostation of Harbin is introduced, and several earthquake strain steps recorded by the instrument are presented.

介绍了哈尔滨市延寿地震台竖直摆倾斜仪的工作状态，列举了该仪器记录到的多次同震应变阶。

2.The drift of CZB-1 tiltmeter at Lanzhou Observatory is analyzed and studied in this paper. According to the drift tendency of daily mean values curve, the drift phenomena could be eliminated.

分析研究了兰州观象台czb - 1型竖直摆倾斜仪资料的漂移现象，并依据日均值曲线的漂移趋势，对日均值进行了漂移的剔除。

3.To aimed at some problems of Hozizontal tiltmeter in the observation process, the synthetical monitor was developed. This paper introduced its working principles and functions in detail.

针对水平倾斜仪观测过程中存在的问题，研制了综合监控器。本文介绍了综合监控器的功能及工作原理。

4.Since 1976, by using the non—damping horizontal pendulum tiltmeter at the range of 1.7"—5" period. we have recorded one wave anomaly signal before a series of strong earthquakes respectively.

六年来，我们用无阻尼水平摆地倾仪，在1.7秒—5秒的周期范围内，在一系列的强震发生前，分别记录到了一种明显的波动异常。

5.Tiltmeter mapping results indicate that majority of re-fracture treatment Wells appear fracture reorientation.

侧斜仪绘图结果显示，大多数重复压裂井都出现了裂缝重新定向。

6.After horizontal pendulum tiltmeter is fast and precisely adjusted by using this method given in this paper, tiltmeter operates in best position.

据此，提出了一种可快速、准确地检测和调整摆杆方位的方法。

7.Based on the water tube tiltmeter observatory data, the author analyses the ground tilt tide, finds that the abnormal change of amplitude factors of EW and NS componts is corresponding to earthquakes.

对云龙台的水管倾斜仪观测数据进行了倾斜固体潮的潮汐分析，发现EW和NS两个分量的振幅因子异常变化与地震有较好的对应关系。

8.The model DSQ water tube tiltmeter is a digital seismic precursory instrument developed in the 9th 5-year-plan.

DS Q型水管倾斜仪是“九五”期间推出的数字化地震前兆仪器。

9.A tiltmeter is essential for assessing the risk of landslides in mountainous areas.

在山区评估滑坡风险时，倾斜计是必不可少的。

10.The engineers installed a tiltmeter to monitor the stability of the building during construction.

工程师们安装了一个倾斜计以监测建筑在施工过程中的稳定性。

11.The research team used a tiltmeter to study the effects of soil erosion on slope stability.

研究小组使用倾斜计研究土壤侵蚀对坡度稳定性的影响。

12.After the earthquake, the tiltmeter readings indicated significant ground movement.

地震后，倾斜计的读数显示出明显的地面移动。

13.Regular calibration of the tiltmeter ensures accurate measurements over time.

定期校准倾斜计可以确保随时间推移的测量准确性。

作文

In the realm of engineering and geoscience, precise measurements are crucial for understanding the stability and behavior of structures and the earth itself. One of the most valuable instruments used for this purpose is the tiltmeter. A tiltmeter (倾斜计) is a device that measures the tilt or inclination of a surface relative to the vertical axis. This instrument plays a significant role in various fields, including civil engineering, geology, and even in monitoring volcanic activity.The function of a tiltmeter is based on the principle of gravity. It typically consists of a pendulum or a fluid-filled tube that reacts to changes in inclination. When the surface on which the tiltmeter is mounted tilts, the pendulum or fluid shifts, and this movement is translated into an angle of tilt. The data collected can be extremely useful for assessing potential risks associated with landslides, structural failures, or seismic activities.In civil engineering, tiltmeters are often installed in large structures such as bridges, dams, and buildings to monitor their stability over time. For instance, if a dam begins to tilt, it could indicate that there are underlying issues that need to be addressed before a catastrophic failure occurs. By regularly monitoring the data from the tiltmeter, engineers can make informed decisions about maintenance and repairs, ensuring the safety of the structure and the people who rely on it.In the field of geology, tiltmeters are used to study the movements of tectonic plates and to monitor volcanic activity. For example, during the buildup of pressure in a volcano, the ground may begin to tilt as magma rises towards the surface. By using a tiltmeter, scientists can detect these subtle changes in inclination, providing critical information about possible eruptions. This data can help in issuing warnings and preparing for potential disasters, ultimately saving lives.Moreover, tiltmeters are also employed in the monitoring of land subsidence and other geological phenomena. Urban areas, especially those built on soft soils, may experience settling over time due to various factors such as groundwater extraction or natural compaction. By placing tiltmeters in strategic locations, researchers can track these changes and assess their impact on infrastructure and the environment.In conclusion, the tiltmeter (倾斜计) is an essential tool in the fields of engineering and geoscience. Its ability to provide accurate measurements of tilt makes it invaluable for monitoring the stability of structures, studying geological processes, and predicting natural disasters. As technology continues to advance, the use of tiltmeters will likely expand, enabling us to better understand and manage the complex interactions between human-made structures and the natural world. The importance of this instrument cannot be overstated, as it contributes significantly to ensuring safety, sustainability, and preparedness in our ever-changing environment.