temperature

简明释义

英[ˈtemprətʃə(r)]美[ˈtemprətʃər;ˈtemprətʃʊr]

n. 温度，气温；体温；发烧；热烈程度，情绪激烈程度

复 数 t e m p e r a t u r e s

英英释义

单词用法

同义词

反义词

例句

1.The temperature crept up to just above 40 degrees.

气温慢慢升至刚过40度。

2.The temperature must be in the nineties today.

今天的气温肯定有九十多度。

3.He will probably take your child's temperature too.

他可能也会量你孩子的体温。

4.The temperature fell sharply in the night.

夜间温度陡降。

5.The roads are built to accommodate gradual temperature changes.

这些道路是为适应气温的逐渐变化而建的。

6.How important is it to have an even temperature when you're working?

工作时保持恒温有多重要？

7.The presence or absence of clouds can have an important impact on temperature.

云的有无对气温会产生重要影响。

8.Body temperature can fluctuate if you are ill.

如果你病了，体温会波动。

9.The doctor said my body temperature is slightly elevated.

医生说我的体温度稍微偏高。

10.You should check the temperature of the oven before baking.

在烘焙之前，你应该检查一下烤箱的温度。

11.The current temperature is 25 degrees Celsius.

当前的温度是25摄氏度。

12.The temperature in the freezer should be below zero.

冰箱的温度应该低于零度。

13.Make sure to keep the room at a comfortable temperature.

确保将房间保持在一个舒适的温度。

作文

The concept of temperature (温度) is fundamental to our understanding of the physical world. It is a measure of the average kinetic energy of the particles in a substance, which directly influences how that substance behaves. For instance, when we heat water, its temperature (温度) rises, and eventually, it reaches a point where it transitions from liquid to gas. This phenomenon is not just limited to water; all materials react to changes in temperature (温度) in ways that can be predicted by the laws of thermodynamics. In everyday life, we often encounter various instruments designed to measure temperature (温度). Thermometers are perhaps the most common tools we use. They provide us with a numerical value that helps us understand whether it's cold or hot outside. On a chilly winter morning, when the temperature (温度) drops below freezing, we know to bundle up before stepping outside. Conversely, during a hot summer day, a high temperature (温度) reading alerts us to stay hydrated and seek shade.The importance of temperature (温度) extends beyond personal comfort. In the field of science, temperature (温度) plays a critical role in chemical reactions. Many reactions are temperature-sensitive; they may proceed faster at higher temperatures (温度) and slower at lower ones. This is why laboratories often control the temperature (温度) to ensure consistent and accurate results. Additionally, understanding temperature (温度) is crucial in fields such as meteorology, where predicting weather patterns relies heavily on temperature (温度) fluctuations.In the realm of climate change, temperature (温度) measurements have become increasingly vital. Scientists track global temperature (温度) changes over decades to assess the health of our planet. Rising average global temperatures (温度) indicate a warming planet, which has far-reaching consequences for ecosystems and human societies alike. From melting ice caps to rising sea levels, the impact of changing temperature (温度) is evident in many aspects of our environment.Moreover, temperature (温度) also affects our health. The human body maintains a core temperature (温度) around 37 degrees Celsius. When we get sick, our body’s temperature (温度) may rise, resulting in a fever, which is a natural response to infection. Monitoring temperature (温度) is essential in medical settings, as abnormal readings can indicate underlying health issues that require attention.In conclusion, the concept of temperature (温度) is intricately woven into the fabric of our daily lives and the broader scientific landscape. Whether we are checking the weather, conducting experiments, studying climate change, or monitoring our health, temperature (温度) remains a key factor that influences a multitude of outcomes. Understanding temperature (温度) not only enhances our awareness of the world around us but also empowers us to make informed decisions in various aspects of life.

温度的概念对于我们理解物理世界至关重要。它是衡量物质中粒子平均动能的指标，直接影响该物质的行为。例如，当我们加热水时，其温度（温度）上升，最终达到一个点，使其从液体转变为气体。这种现象不仅限于水；所有材料对温度（温度）的变化都有可预测的反应。在日常生活中，我们经常遇到各种设计用于测量温度（温度）的仪器。温度计可能是我们使用的最常见工具。它们为我们提供了一个数值，帮助我们了解外面的天气是冷还是热。在寒冷的冬天早晨，当温度（温度）降到冰点以下时，我们知道在外出之前要穿暖和的衣服。相反，在炎热的夏天，高温度（温度）读数提醒我们保持水分和寻找阴凉处。温度（温度）的重要性超越了个人舒适。在科学领域，温度（温度）在化学反应中起着关键作用。许多反应对温度（温度）敏感；它们在高温度（温度）下进行得更快，而在低温度（温度）下则较慢。这就是为什么实验室通常控制温度（温度），以确保结果的一致性和准确性。此外，理解温度（温度）在气象学等领域至关重要，因为天气模式的预测在很大程度上依赖于温度（温度）的波动。在气候变化的领域，温度（温度）测量变得越来越重要。科学家们跟踪全球温度（温度）变化几十年，以评估我们星球的健康。平均全球温度（温度）的上升表明地球正在变暖，这对生态系统和人类社会都有深远的影响。从冰盖融化到海平面上升，变化的温度（温度）在我们环境的许多方面都是显而易见的。此外，温度（温度）还影响我们的健康。人体维持约37摄氏度的核心温度（温度）。当我们生病时，身体的温度（温度）可能会上升，导致发烧，这是对感染的自然反应。在医疗环境中监测温度（温度）至关重要，因为异常读数可能表明需要关注的潜在健康问题。总之，温度（温度）的概念与我们日常生活和更广泛的科学领域紧密交织。无论我们是在查看天气、进行实验、研究气候变化还是监测健康，温度（温度）始终是影响多种结果的关键因素。理解温度（温度）不仅增强了我们对周围世界的意识，还使我们能够在生活的各个方面做出明智的决定。