vapour
简明释义
n. 蒸汽，水汽；<物>汽；忧郁，癔病（the vapours）
v. 吹牛，吹嘘，自夸
复 数 v a p o u r s
第 三 人 称 单 数 v a p o u r s
现 在 分 词 v a p o u r i n g
过 去 式 v a p o u r e d
过 去 分 词 v a p o u r e d
英英释义
单词用法
水蒸汽，水汽 | |
化学蒸汽沉积 |
同义词
| 蒸汽 | 水壶正在产生蒸汽。 | ||
| 雾 | 早晨的雾笼罩着山谷。 | ||
| 烟雾 | 工厂排放有害的烟雾。 | ||
| 气体 | 气体从容器中逸出。 |
反义词
| 液体 | Water can exist as a liquid, solid (ice), or vapour (steam). | 水可以以液体、固体（冰）或气体（蒸汽）的形式存在。 | |
| 固体 | 融化过程将固体冰转变为液态水。 |
例句
1.The sour vapour pours into the flourishing flour factory. It’s the source of resources.
酸蒸汽涌进兴旺的面粉厂.这是资源的源泉.
2.But this ignores the fact that the level of water vapour depends on temperature.
但这说法忽略了水气的多寡是取决于温度这事实。
3.This generated more water vapour in its atmosphere, further increasing the temperature in a runaway greenhouse effect.
这导致了其大气层里有更多的水蒸汽，进而，温度受失控的温室效应影响而更进一步的提高了。
4.The engine is cold and there is no vapour lock in the pipe.
发动机很冷，管道中也没有封。
5.A trivial one is to argue that because water vapour is such a powerful greenhouse gas, carbon dioxide is unimportant.
微不足道的包括，有人提出，因为水蒸气是一种效果显著的温室气体，所以二氧化碳就无足轻重了。
6.The sour vapour pours into the flourishing flour factory.
酸蒸汽涌进兴旺的面粉厂。
7.One of the most powerful of all weather systems, hurricanes are powered by the heat energy released by the condensation of water vapour.
作为所有天气系统中最强大的系统之一，飓风是由水蒸气凝结释放的热能所驱动的。
8.The vapour from the hot soup filled the room with a delicious aroma.
热汤的蒸汽让整个房间弥漫着美味的香气。
9.The kettle released a cloud of vapour as the water boiled.
当水烧开时，水壶释放出一团蒸汽。
10.A thick vapour enveloped the city after the rain.
雨后，一层厚厚的蒸汽笼罩了城市。
11.The scientist studied the vapour produced during the experiment.
科学家研究了实验中产生的蒸汽。
12.In winter, you can see your breath as a vapour in the cold air.
在冬天，你可以看到你呼出的气息在寒冷的空气中形成蒸汽。
作文
The phenomenon of vapour (蒸气) is a fascinating aspect of the natural world that plays a crucial role in our daily lives. When we think about vapour (蒸气), we often associate it with steam rising from a hot cup of tea or the mist that envelops a cool morning landscape. However, vapour (蒸气) is much more than just a visual spectacle; it is an essential component of various processes in nature and technology.To understand vapour (蒸气), we must first delve into the science behind it. Vapour (蒸气) is defined as the gaseous state of a substance that is normally found in a liquid or solid state at room temperature. This transition from liquid to gas occurs when the temperature rises, allowing the molecules to escape from the surface of the liquid. For instance, when water is heated, it transforms into water vapour (蒸气), which can be seen as steam. This process is known as evaporation.The role of vapour (蒸气) in the water cycle is another critical aspect. As water from oceans, rivers, and lakes evaporates, it enters the atmosphere as vapour (蒸气). This vapour (蒸气) then cools and condenses to form clouds, eventually leading to precipitation in the form of rain or snow. Without this continuous cycle of evaporation and condensation, life on Earth would not be sustainable. The presence of vapour (蒸气) in the atmosphere also contributes to the greenhouse effect, helping to maintain the planet's temperature.In addition to its natural significance, vapour (蒸气) is widely used in various industrial applications. For example, in power plants, water vapour (蒸气) is utilized to drive turbines, generating electricity. Similarly, in the food industry, vapour (蒸气) is employed for cooking, sterilization, and preservation. The versatility of vapour (蒸气) makes it an invaluable resource in modern technology.Moreover, the study of vapour (蒸气) has led to significant advancements in fields such as meteorology and environmental science. Understanding the behavior of vapour (蒸气) in the atmosphere helps scientists predict weather patterns and assess climate change impacts. For instance, increased levels of water vapour (蒸气) can enhance the greenhouse effect, leading to global warming. Therefore, monitoring vapour (蒸气) concentrations is vital for developing strategies to combat climate change.In conclusion, vapour (蒸气) is not merely a byproduct of heating substances; it is a fundamental element that influences both the environment and technology. From the water cycle to industrial processes, the importance of vapour (蒸气) cannot be overstated. By recognizing and understanding the various roles of vapour (蒸气), we can appreciate its impact on our lives and work towards harnessing its potential for a sustainable future.
