measurements
简明释义
n. 测量值，尺寸（measurement 的复数）
英英释义
The size, length, or amount of something, typically as established by measuring. | 某物的大小、长度或数量，通常通过测量来确定。 |
测量某物的行为或过程。 |
单词用法
测量系统 | |
温度测量，测温；水温测定 |
同义词
| 尺寸 | 这个房间的尺寸相当宽敞。 | ||
| 指标 | 我们需要分析这些指标以提高我们的表现。 | ||
| 量化 | The quantifications of the data were essential for the research. | 数据的量化对于研究至关重要。 | |
| 评估 | Their evaluations helped us understand the project's impact. | 他们的评估帮助我们了解了项目的影响。 |
反义词
例句
1.The exact measurements of the room are 3 metres 20 by 2 metres 84.
这间屋子的准确尺寸是长3.20米，宽2.84米。
2.The narwhal measurements do correlate well with one-shot samples taken by winter helicopter surveys.
独角鲸测量确实与一次冬季直升机调查得到的样本相当一致。
3.For the study, the researchers compared the body measurements of almost 20 million adults.
在这项研究中，研究人员比较了近2000万成年人的身体检测结果。
4.Perform many benchmark measurements.
执行许多次基准测试度量。
5.Instrumental records do not go back far enough to provide us with reliable measurements of global climatic variability on timescales longer than a century.
仪器上记录的年代不够久远，因而无法可靠地提供一个世纪以前全球气候变化的测量值。
6.You measure yourself, enter measurements and the computer will print out the pattern.
你量一量自己，输入量得的数据，然后电脑就会将样式打印出来。
7.Perform many benchmark measurements.
执行许多次基准测试度量。
8.Recent measurements made in the field together with laboratory simulations offer a promising explanation of how this structure of charged particles forms.
最近在该领域进行的测量和实验室模拟为带电粒子的结构的形成提供了一个颇有前景的解释。
9.Converting metric measurements to U.S. equivalents is easy.
把公制度量衡换算成美制度量衡很容易。
10.We will compare the measurements from different devices to ensure consistency.
我们将比较来自不同设备的测量值以确保一致性。
11.Make sure to record all measurements in the lab for accurate results.
确保在实验室记录所有的测量以获得准确的结果。
12.For the recipe, you need to convert the measurements from imperial to metric.
对于这个食谱，你需要将测量值从英制转换为公制。
13.The architect took precise measurements of the site before starting the design.
建筑师在开始设计之前对现场进行了精确的测量。
14.The tailor needs your measurements to create a perfect fit for your suit.
裁缝需要你的尺寸来制作合身的西装。
作文
In our daily lives, we often encounter various situations where accurate measurements play a crucial role. Whether we are cooking, building furniture, or conducting scientific experiments, the importance of precise measurements cannot be overstated. Understanding the concept of measurements helps us to achieve desired outcomes and maintain safety standards. For instance, in cooking, recipes require specific measurements of ingredients to ensure that the dish turns out as intended. If we add too much salt or not enough flour, the final product can be drastically different from what we expected. Therefore, using the right tools, such as measuring cups and spoons, is essential for obtaining accurate measurements. This not only affects the taste of the food but also its texture and appearance. In construction, measurements are fundamental to creating structures that are safe and functional. Architects and engineers rely on precise measurements to design buildings that can withstand environmental stresses. A small error in measurements can lead to catastrophic failures, which is why professionals use advanced tools like laser levels and measuring tapes to ensure accuracy. The integrity of a building depends on how well these measurements are taken and followed. Scientific research also heavily relies on accurate measurements. In experiments, researchers must take precise measurements of variables to draw valid conclusions. For example, when studying chemical reactions, even a slight deviation in the amount of reactants can lead to different results. Thus, scientists use calibrated instruments to ensure their measurements are reliable. This attention to detail is what allows scientific knowledge to advance. Moreover, measurements are not only limited to physical quantities. In fields like psychology and sociology, researchers often need to quantify abstract concepts such as happiness or stress levels. They develop scales and surveys that provide numerical measurements of these subjective experiences. This quantification allows for better analysis and understanding of human behavior. In conclusion, measurements are an integral part of many aspects of life. From cooking to construction to scientific research, the ability to take accurate measurements is essential for success. It ensures that we achieve the desired outcomes in our endeavors and promotes safety and reliability in various fields. As we continue to navigate through life, let us appreciate the significance of measurements and strive for precision in everything we do. By doing so, we not only enhance our skills but also contribute positively to our environments and communities. In summary, the term measurements (测量) embodies the idea of quantifying dimensions, amounts, or characteristics in a variety of contexts, highlighting its importance across different disciplines and everyday tasks.
在我们的日常生活中，我们经常遇到各种情况，在这些情况下，准确的measurements（测量）起着至关重要的作用。无论我们是在烹饪、制作家具还是进行科学实验，精确的measurements的重要性都不容小觑。理解measurements（测量）的概念帮助我们实现预期结果并保持安全标准。例如，在烹饪中，食谱需要特定的measurements（测量）成分，以确保菜肴按预期制作。如果我们添加了太多盐或面粉不足，最终的产品可能与我们预期的截然不同。因此，使用合适的工具，如量杯和量匙，对于获得准确的measurements（测量）至关重要。这不仅影响食物的味道，还影响其质地和外观。在建筑中，measurements（测量）是创建安全和功能性结构的基础。建筑师和工程师依赖精确的measurements（测量）来设计能够承受环境压力的建筑。measurements（测量）中的小错误可能导致灾难性的失败，这就是为什么专业人士使用激光水平仪和卷尺等先进工具来确保准确性。一座建筑的完整性取决于这些measurements（测量）如何被采集和遵循。科学研究也严重依赖于准确的measurements（测量）。在实验中，研究人员必须对变量进行精确的measurements（测量），以得出有效的结论。例如，在研究化学反应时，即使反应物的数量略有偏差，也会导致不同的结果。因此，科学家使用经过校准的仪器来确保他们的measurements（测量）可靠。这种对细节的关注使科学知识得以进步。此外，measurements（测量）不仅限于物理量。在心理学和社会学等领域，研究人员经常需要量化抽象概念，如幸福感或压力水平。他们开发量表和调查问卷，以提供这些主观体验的数值measurements（测量）。这种量化使人类行为的分析和理解变得更加深入。总之，measurements（测量）是生活许多方面不可或缺的一部分。从烹饪到建筑再到科学研究，进行准确的measurements（测量）能力对于成功至关重要。它确保我们在努力中实现预期结果，并在各个领域促进安全和可靠性。随着我们继续在生活中前行，让我们欣赏measurements（测量）的重要性，并努力在我们所做的一切中追求精确。通过这样做，我们不仅提升了自己的技能，还积极为我们的环境和社区作出贡献。总之，术语measurements（测量）体现了在各种背景下量化尺寸、数量或特征的概念，突显了其在不同学科和日常任务中的重要性。
