measurement
简明释义
n. （通常以数字形式呈现的）测量结果；三围，（身材）尺寸；测量，计量；测量单位，度量制
复 数 m e a s u r e m e n t s
英英释义
The size, length, or amount of something, as established by measuring. | 通过测量确定的某物的大小、长度或数量。 |
一种测量的系统或标准。 |
单词用法
测量系统 | |
温度测量，测温；水温测定 |
同义词
| 维度 | 这个房间的维度比预期的大。 | ||
| 大小 | 我们需要知道包裹的大小才能发货。 | ||
| 量化 | 数据的量化对准确分析至关重要。 | ||
| 测量 | 你可以用这个温度计来测量温度。 | ||
| 评估 | The assessment of student performance will be conducted next week. | 对学生表现的评估将在下周进行。 |
反义词
| 估计 | The estimation of the project's cost was much lower than the actual expenses. | 项目成本的估计远低于实际费用。 | |
| 猜测 | His guess about the number of attendees was surprisingly accurate. | 他对与会人数的猜测出奇地准确。 |
例句
1.So, you also need to address the measurement spread.
因此，还需要解决度量值的跨度。
2.Society needed a more dependable instrument of time measurement and found it in the mechanical clock.
社会需要一种更可靠的时间测量仪器，它就是机械钟。
3.The measurement of persuasibility in children is carried out.
对儿童的可说服度进行了测量。
4.Table 1 shows the results of my measurement.
表1显示出我测量的结果。
5.The levels of measurement technology in the two countries are influenced greatly by such differences.
两国间的测量技术水平受这种差异的影响很大。
6.A measurement dimension is added.
添加一个度量维度。
7.The measurement of intelligence has been the greatest achievement of twentieth-century scientific psychology.
对智商的评估一直是20世纪科学心理学的最大成就。
8.They've just done that experiment and seen the effects of that on the point measurement with the whole pro.
他们刚刚做了那个实验，并观察了整个过程对点测量的影响。
9.A proper measurement of time is essential in project management.
在项目管理中，适当的时间测量是必不可少的。
10.The measurement of your blood pressure should be done regularly.
你的血压的测量应该定期进行。
11.We need an accurate measurement of the ingredients for the recipe.
我们需要准确的测量来制作这个食谱的材料。
12.The measurement of the room is crucial for buying new furniture.
房间的测量对于购买新家具至关重要。
13.This tool is designed for precise measurement of small objects.
这个工具旨在对小物体进行精确的测量。
作文
In the world of science and engineering, the term measurement (测量) plays a crucial role. It refers to the process of obtaining the magnitude of a quantity relative to a defined standard. This concept is not only vital in technical fields but also permeates everyday life, influencing how we understand and interact with the world around us. For instance, when cooking, precise measurement (测量) of ingredients can determine the success of a recipe. A pinch of salt or a cup of flour can make all the difference between a delicious dish and a culinary disaster.Furthermore, measurement (测量) is essential in various scientific disciplines. In physics, the measurement (测量) of time, length, and mass allows scientists to formulate laws that describe the behavior of the universe. The accuracy of these measurements (测量) is critical; even the slightest error can lead to incorrect conclusions and hinder advancements in research. For example, in the field of astronomy, the distance from Earth to other celestial bodies is determined through complex measurements (测量), which require advanced technology and precise calculations.In addition to science, measurement (测量) is also a fundamental aspect of economics. Economists rely on various metrics, such as GDP, inflation rates, and unemployment figures, to gauge the health of an economy. These measurements (测量) help policymakers make informed decisions that can affect millions of lives. For instance, if a country experiences a rise in inflation, it may prompt the government to adjust interest rates to stabilize the economy. Thus, accurate measurement (测量) in this context is vital for effective governance and economic stability.Moreover, in the realm of education, measurement (测量) is used to assess student performance and learning outcomes. Standardized tests, grades, and evaluations are forms of measurement (测量) that help educators understand where students excel and where they need improvement. These measurements (测量) guide curriculum development and teaching strategies, ensuring that educational standards are met.In conclusion, the significance of measurement (测量) cannot be overstated. Whether in science, economics, or education, measurement (测量) serves as a foundation for understanding and improving our surroundings. As we continue to advance technologically and intellectually, the methods and tools we use for measurement (测量) will evolve, but the core principle remains the same: obtaining accurate data is essential for progress. Therefore, embracing the importance of measurement (测量) in various aspects of life will enable us to make better decisions and foster a deeper understanding of the world we inhabit.
在科学和工程的世界中，术语measurement（测量）扮演着至关重要的角色。它指的是获得相对于定义标准的数量大小的过程。这个概念不仅在技术领域至关重要，而且渗透到日常生活中，影响着我们如何理解和与周围的世界互动。例如，在烹饪时，成分的精确measurement（测量）可以决定食谱的成功与否。一撮盐或一杯面粉可能会使一道美味的菜肴与烹饪灾难之间产生巨大的差异。此外，measurement（测量）在各种科学学科中都是必不可少的。在物理学中，时间、长度和质量的measurement（测量）使科学家能够制定描述宇宙行为的定律。这些measurements（测量）的准确性至关重要；即使是微小的错误也可能导致不正确的结论，并阻碍研究的进展。例如，在天文学领域，从地球到其他天体的距离是通过复杂的measurements（测量）确定的，这需要先进的技术和精确的计算。除了科学，measurement（测量）在经济学中也是一个基本方面。经济学家依靠各种指标，如GDP、通货膨胀率和失业率，来衡量经济的健康状况。这些measurements（测量）帮助政策制定者做出明智的决策，这可能影响数百万人的生活。例如，如果一个国家经历通货膨胀上升，可能会促使政府调整利率以稳定经济。因此，在这种情况下，准确的measurement（测量）对有效治理和经济稳定至关重要。此外，在教育领域，measurement（测量）用于评估学生表现和学习成果。标准化测试、成绩和评估是形式的measurement（测量），帮助教育工作者了解学生在哪些方面表现出色，哪些方面需要改进。这些measurements（测量）指导课程开发和教学策略，确保教育标准得到满足。总之，measurement（测量）的重要性不容小觑。无论是在科学、经济学还是教育中，measurement（测量）作为理解和改善我们周围环境的基础。随着我们在技术和智力上的不断进步，我们用于measurement（测量）的方法和工具将不断演变，但核心原则保持不变：获取准确的数据对进步至关重要。因此，拥抱measurement（测量）在生活各个方面的重要性将使我们能够做出更好的决策，并加深对我们所居住世界的理解。
