hydrometry

简明释义

英[haɪˈdrɒmɪtri]美[haɪˈdrɑːmɪtri]

n. [物] 液体比重测定法

英英释义

单词用法

同义词

反义词

例句

1.The hydrometry original data processing system has been developed to resolve problems of tedious and time-consuming original data calculation and arrangement.

为了解决以往水文测验采集来的原始数据的计算和整理既繁琐又费时的问题，研制开发了水文测验原始数据处理系统。

2.This paper presents the hydrologic network design and hydrometry method in the Pearl River Delta, which is very complex in drainage network.

水系复杂的珠江三角洲河网地区具有独特的水文站网布设及水文测验方法。

3.Sediment measurement is an important part of hydrometry.

泥沙测验是水文测验的重要组成部分。

4.The hydrometry original data processing system has been developed to resolve problems of tedious and time-consuming original data calculation and arrangement.

为了解决以往水文测验采集来的原始数据的计算和整理既繁琐又费时的问题，研制开发了水文测验原始数据处理系统。

5.In environmental science, hydrometry (水文测量) is crucial for assessing water quality.

在环境科学中，水文测量对评估水质至关重要。

6.Understanding the principles of hydrometry (水文测量) is essential for water resource management.

理解水文测量的原理对于水资源管理至关重要。

7.The engineers used hydrometry (水文测量) to design the new dam.

工程师们使用水文测量来设计新的大坝。

8.The study of river flow rates often relies on techniques from hydrometry (水文测量).

河流流速的研究通常依赖于水文测量的技术。

9.The hydrometry (水文测量) data helped predict flooding in the region.

该水文测量数据帮助预测了该地区的洪水。

作文

Hydrometry is a branch of science that focuses on the measurement of water properties, including its flow, level, and quality. Understanding the principles of hydrometry (水文测量) is essential for various fields such as environmental science, civil engineering, and hydrology. Accurate measurement of water parameters is crucial for managing water resources, predicting floods, and ensuring the safety of infrastructure. In essence, hydrometry (水文测量) helps us to quantify water in different forms, whether it be rivers, lakes, or groundwater. One of the primary tools used in hydrometry (水文测量) is the flow meter, which measures the velocity of water moving through a channel. This data is vital for calculating the discharge, which is the volume of water flowing per unit time. Discharge measurements are particularly important for flood forecasting and water resource management. Moreover, hydrometry (水文测量) also encompasses the study of water levels in various bodies of water. Water level gauges are employed to monitor changes in water height due to precipitation, evaporation, and human activities. By analyzing these fluctuations, scientists can better understand the hydrological cycle and its impact on ecosystems and human settlements. Another significant aspect of hydrometry (水文测量) is the assessment of water quality. This involves measuring parameters such as temperature, pH, turbidity, and concentrations of pollutants. Monitoring water quality is imperative for public health and environmental protection. For instance, in areas where industrial activities are prevalent, regular hydrometry (水文测量) can help detect harmful substances in water bodies, ensuring that they remain safe for consumption and wildlife. The importance of hydrometry (水文测量) is further highlighted during natural disasters such as floods and droughts. In flood-prone regions, real-time measurements of river levels and rainfall can provide critical information for early warning systems. These systems can alert communities to impending dangers, allowing them to take necessary precautions. Conversely, during periods of drought, hydrometry (水文测量) plays a key role in assessing water availability and guiding water conservation efforts. In conclusion, hydrometry (水文测量) is an indispensable field that contributes significantly to our understanding of water dynamics. It provides essential data for environmental management, disaster preparedness, and public health. As we face increasing challenges related to climate change and population growth, the role of hydrometry (水文测量) will only become more critical. Investing in advanced technologies and training professionals in this field will ensure that we can sustainably manage our precious water resources for future generations.