condensation

简明释义

英[ˌkɒndenˈseɪʃ(ə)n]美[ˌkɑːndenˈseɪʃn]

n. 冷凝，凝结；凝结的水珠；（书等的）简缩；凝聚反应，缩合反应；精神凝缩（作用）

复 数 c o n d e n s a t i o n s

英英释义

单词用法

同义词

反义词

例句

1.Glass mists up because of sudden condensation when warm, humid air comes into contact with a cold surface.

玻璃蒙上水雾模糊不清是因为温度和湿度较高的气体接触冷表面便会骤然冷凝。

2.Except for condensation from a working air conditioner on a hot day, no car should ever drip anything, any time.

除了在炎热的天气里空调的冷凝物，任何时候任何汽车都不应该滴水。

3.Such particles, called condensation nuclei, are almost always in the air.

这样的颗粒叫凝结核，几乎总在空气里。

4.This paper reports the improvement on the synthesis of 5 methylisoxazol 3 formamide by Claisen condensation.

本文讨论了通过克莱森缩合反应合成5甲基异唑3甲酰胺工艺的改进。

5.He used his sleeve to wipe the condensation off the glass.

他用袖子擦去眼镜上凝结的水滴。

6.My thesis was on condensation in steam-supply systems.

我的毕业论文是关于蒸汽设备中的冷凝液。

7.This morning the thick interior Windows drip with heavy condensation.

今天早晨，厚厚的窗内挂满了凝结的水珠。

8.The scientist observed condensation in the experiment, indicating a change in temperature.

科学家在实验中观察到凝结，这表明温度发生了变化。

9.When you take a cold drink outside on a hot day, condensation forms on the outside of the glass.

在炎热的日子里，当你在外面喝冷饮时，杯子的外面会形成凝结。

10.In the winter, you may notice condensation on your windows due to the warm air inside meeting the cold glass.

在冬天，你可能会注意到窗户上有凝结，这是因为室内的暖空气与冰冷的玻璃接触。

11.The condensation on the bathroom mirror after a hot shower is a common phenomenon.

热水淋浴后浴室镜子上的凝结是一个常见现象。

12.The glass was covered in condensation, which is the result of moisture in the air cooling and turning into water droplets.

玻璃上覆盖着凝结，这是空气中的水分冷却并转化为水滴的结果。

作文

The process of water changing from a gas to a liquid is known as condensation. This phenomenon is commonly observed in everyday life, especially when we consider the natural world around us. For instance, on a cool morning, you might notice dew forming on the grass and leaves. This occurs because the air cools down at night, causing the water vapor present in the atmosphere to lose energy and transform into tiny droplets of liquid water. This is a perfect example of condensation (凝结) in action.In addition to dew formation, condensation (凝结) can also be seen when we take a hot shower. The warm steam produced by the hot water rises and comes into contact with the cooler bathroom walls and mirror. As the steam cools, it loses energy and turns back into liquid water, creating fog on the mirror and droplets on the walls. This everyday experience highlights how condensation (凝结) plays a significant role in our daily lives and environments.Understanding condensation (凝结) is crucial in various scientific fields, particularly meteorology. Meteorologists study how condensation (凝结) contributes to cloud formation and precipitation. When warm, moist air rises, it expands and cools. As it cools, the water vapor within it begins to condense around tiny particles in the atmosphere, such as dust or pollen, forming clouds. Eventually, if enough condensation (凝结) occurs, the water droplets in the clouds combine and grow heavy enough to fall as rain.Moreover, condensation (凝结) is not limited to water vapor; it can occur with other gases as well. For example, when the air is saturated with carbon dioxide and the temperature drops, carbon dioxide can transition from a gas to a solid form, known as dry ice. This process illustrates that condensation (凝结) is a fundamental concept in understanding the behavior of various substances in different states of matter.In engineering and technology, condensation (凝结) is also a critical factor. In HVAC systems, for instance, condensation (凝结) must be carefully managed to ensure efficient operation. When air conditioning systems cool the air, they often remove moisture from it, leading to condensation (凝结) on the coils. If this moisture is not drained properly, it can lead to mold growth and damage to the system. Therefore, engineers must design systems that effectively handle condensation (凝结) to maintain air quality and system efficiency.In conclusion, condensation (凝结) is a fascinating and essential process that affects many aspects of our lives and the environment. From the dew on grass in the morning to the clouds in the sky, and even in technological applications, understanding condensation (凝结) helps us comprehend the world around us. By studying this process, we can better appreciate the intricacies of nature and improve our technological systems, ensuring they function effectively while minimizing any negative impacts.

水从气体转变为液体的过程被称为condensation（凝结）。这一现象在日常生活中很常见，尤其是当我们考虑周围的自然世界时。例如，在一个凉爽的早晨，你可能会注意到草地和树叶上形成露珠。这是因为空气在夜间降温，导致大气中的水蒸气失去能量并转化为微小的液态水滴。这是condensation（凝结）作用的完美例子。除了露水形成，condensation（凝结）还可以在我们洗热水澡时看到。热水产生的温暖蒸汽上升，与较冷的浴室墙壁和镜子接触。当蒸汽冷却时，它失去能量并重新转化为液态水，形成镜子上的雾气和墙壁上的水滴。这种日常经历突显了condensation（凝结）在我们日常生活和环境中的重要作用。理解condensation（凝结）在多个科学领域中至关重要，尤其是气象学。气象学家研究condensation（凝结）如何促成云的形成和降水。当温暖潮湿的空气上升时，它膨胀并冷却。当它冷却时，里面的水蒸气开始围绕大气中的微小颗粒（如灰尘或花粉）凝结，形成云。如果发生足够的condensation（凝结），云中的水滴结合并变得足够重，就会降雨。此外，condensation（凝结）不仅限于水蒸气；它也可以发生在其他气体上。例如，当空气饱和二氧化碳且温度下降时，二氧化碳可以从气体转变为固体形式，称为干冰。这个过程说明了condensation（凝结）是理解不同物质在不同物态下行为的基本概念。在工程和技术领域，condensation（凝结）也是一个关键因素。在HVAC系统中，例如，必须仔细管理condensation（凝结）以确保高效运行。当空调系统冷却空气时，通常会去除空气中的水分，导致在盘管上发生condensation（凝结）。如果这些水分没有正确排出，就会导致霉菌生长和系统损坏。因此，工程师必须设计能够有效处理condensation（凝结）的系统，以维持空气质量和系统效率。总之，condensation（凝结）是一个迷人且重要的过程，影响着我们生活和环境的许多方面。从早晨草地上的露水到天空中的云，甚至在技术应用中，理解condensation（凝结）帮助我们理解周围的世界。通过研究这一过程，我们可以更好地欣赏自然的复杂性，并改善我们的技术系统，确保它们有效运行，同时最小化任何负面影响。