volumetry

简明释义

英[ˌvɒl.jʊˈmɛ.tri]美[ˌvɑː.ljuˈmɛ.tri]

n. [分化] 容量分析；[分化] 容量测定

英英释义

单词用法

同义词

反义词

例句

1.Gardens permeate the volumetry and generous Windows of wood and glass connect the experience to the landscape.

花园渗透的容量和大量的木材及玻璃窗户与景观体验连接在一起。

2.The new building's volumetry corresponds to the two functions of production and tasting.

新建筑包含葡萄酒生产和品尝这两个功能区。

3.Total quantifies of zinc and nickel are determined with EDTA volumetry, from the total quantities minus the nickel concentration we obtain the zinc concentration.

用EDTA容量法测定锌和镍的总量，用差减法计算锌的质量浓度；

4.MCP-1 and MCP-2 were analyzed and determined by phenol-sulfuric acid, m-hydroxyldiphenyl, volumetry, HPGPC, agarose gel electrophoresis, IR and UVmethods.

通过苯酚-硫酸法、间羟基联苯法、高效凝胶渗透色谱法、容量分析法、红外及紫外光谱等手段对MCP-1、MCP-2进行分析测定。

5.Total quantifies of zinc and nickel are determined with EDTA volumetry, from the total quantities minus the nickel concentration we obtain the zinc concentration.

用EDTA容量法测定锌和镍的总量，用差减法计算锌的质量浓度；

6.The content of glutamic zinc was assayed by volumetry method.

采用容量法测定谷氨酸锌含量。

7.In environmental studies, volumetry helps in assessing water body volumes for pollution tracking.

在环境研究中，体积测量 有助于评估水体体积以进行污染追踪。

8.The lab technician performed volumetry to determine the precise amount of liquid in the sample.

实验室技术人员进行了体积测量以确定样品中液体的精确量。

9.The architect used volumetry to calculate the space requirements for the new building design.

建筑师使用体积测量来计算新建筑设计的空间需求。

10.Geologists often rely on volumetry to estimate the volume of lava from a volcanic eruption.

地质学家经常依赖体积测量来估算火山喷发的熔岩体积。

11.In medical imaging, volumetry is essential for assessing tumor size and growth over time.

在医学成像中，体积测量 对于评估肿瘤的大小和生长非常重要。

作文

Volumetry is a scientific method used to measure the volume of a substance or an object. This technique is widely applied in various fields, including chemistry, biology, and engineering. The importance of volumetry (体积测量) lies in its ability to provide accurate measurements that are essential for experiments, quality control, and product development. In chemistry, for example, volumetric analysis is a common practice where the concentration of a solution is determined by measuring the volume of a reactant needed to complete a reaction. This method allows chemists to understand the properties of substances and their interactions with one another.In biological research, volumetry (体积测量) plays a crucial role in understanding cellular structures and functions. Researchers often need to measure the volume of cells or organelles to study their behavior under different conditions. For instance, by measuring the volume of a cell before and after exposure to a certain drug, scientists can determine the drug's effect on cell growth or death. This information is vital for developing new treatments and understanding disease mechanisms.Moreover, in engineering, volumetry (体积测量) is used to design and analyze systems involving fluids. Engineers must calculate the volume of tanks, pipes, and other components to ensure they can handle the required flow rates and pressures. Accurate volumetry (体积测量) helps prevent failures in systems that rely on fluid dynamics, such as water supply networks and chemical processing plants.The methods used in volumetry (体积测量) can vary depending on the material being measured and the precision required. Common techniques include displacement methods, where the volume of an object is determined by the amount of fluid it displaces, and titration, where the volume of a reagent is measured to determine the concentration of a solution. Each method has its advantages and disadvantages, and the choice of technique often depends on the specific requirements of the experiment or application.In conclusion, volumetry (体积测量) is a fundamental technique that has significant implications across various scientific disciplines. Its ability to provide accurate volume measurements makes it indispensable in research and industry. As technology advances, the methods of volumetry (体积测量) continue to evolve, leading to even more precise and efficient ways to measure volume. Understanding this concept is essential for anyone involved in scientific research or engineering, as it is a key component of many processes and experiments.