vaporized

简明释义

英[ˈveɪpəraɪzd]美[ˈveɪpəraɪzd]

汽化了的

英英释义

单词用法

同义词

反义词

例句

1.Flux management systems and methods are provided for filtering vaporized flux from the gas of a reflow soldering oven.

本发明提供一种用来将汽化的焊剂从回流焊接炉的气体中过滤出来的方法和焊剂管理系统。

2.The benzene vaporized and formed a huge cloud of gas.

苯蒸发形成了一大团气体。

3.You can see the salt crystals that were deposited on the rock after the seawater vaporized.

海水蒸发之后你可以在岩石上看到盐的结晶。

4.Smoke is a mixture of gases, vaporized chemicals, minute particles of ash and other solids.

烟是各种气体、蒸发的化学物、微小的灰和其他固体颗粒的混合物。

5.Objective To observe the curative effect of bronchial asthma treated with vaporized inhale of calcium heparin.

目的观察雾化吸入肝素钙对支气管哮喘的治疗效果。

6.We fell back to this bunker because our base was found and vaporized.

我们退到这个碉堡因为我们的基地被发现然后汽化掉了。

7.During the experiment, the water vaporized completely, leaving no residue.

在实验中，水完全蒸发，没有留下任何残留物。

8.When the ice cream was left out in the sun, it slowly vaporized under the heat.

当冰淇淋放在阳光下时，它慢慢在热量中蒸发。

9.The chemicals in the reaction vaporized almost instantly, creating a colorful mist.

反应中的化学物质几乎瞬间蒸发，形成五彩缤纷的雾气。

10.The scientist observed that the liquid quickly vaporized into gas when heated.

科学家观察到液体在加热时迅速蒸发成气体。

11.The magician made the rabbit disappear as if it had vaporized into thin air.

魔术师让兔子消失，仿佛它已经蒸发成了空气。

作文

In the world of science, the process of transformation is a fascinating subject. One such transformation that captures the imagination is when a substance changes from a solid or liquid state to a gaseous state. This phenomenon is commonly referred to as vaporization. When a substance is heated, it can undergo a change where it becomes a vapor, and in this context, we often use the term vaporized, which means '转化为蒸气'. For instance, when water is heated to its boiling point, it vaporized into steam, which is essentially water in its gaseous form. This process is not just limited to water; many other substances can also be vaporized under the right conditions.The concept of vaporized materials can be observed in various everyday situations. Take for example cooking. When you heat oil in a pan, some of the oil molecules are vaporized due to the high temperature. This is why you might see smoke rising from the pan; it is the vaporized oil particles escaping into the air. Similarly, when you boil a pot of water, the steam that escapes is a result of the water being vaporized. Understanding this process is crucial not only in culinary practices but also in many industrial applications.In the field of chemistry, the concept of vaporized substances is essential. Chemical reactions often require substances to be in a gaseous state for them to react efficiently. For example, in combustion reactions, fuels are vaporized before they can react with oxygen to produce energy. This is why engines often have mechanisms to ensure that fuel is properly vaporized before ignition. The efficiency of many processes depends on how well substances are vaporized and mixed with other reactants.Moreover, the environmental implications of vaporized substances cannot be overlooked. In our atmosphere, various pollutants can be vaporized from industrial activities or vehicle emissions. These vapors can contribute to air quality issues and climate change. Understanding how to control and minimize the amount of harmful substances that are vaporized into the atmosphere is vital for environmental protection.In conclusion, the term vaporized encapsulates a significant scientific process that occurs in various contexts, from cooking to industrial applications and environmental science. Whether it is water turning into steam or fuel being transformed into gas for combustion, the process of vaporized materials is all around us. By grasping this concept, we can better understand the transformations that occur in our daily lives and the broader implications for our planet. As we continue to explore the intricacies of matter and energy, the understanding of how substances can be vaporized will remain a crucial aspect of both scientific inquiry and practical application.

在科学的世界里，转变过程是一个引人入胜的主题。其中一种吸引人想象力的转变是物质从固体或液体状态转变为气体状态的过程。这种现象通常被称为蒸发。当物质被加热时，它可以经历一种变化，变成蒸气，在这种情况下，我们常常使用术语vaporized，意思是'转化为蒸气'。例如，当水被加热到沸点时，它会vaporized成蒸汽，这本质上是气态的水。这一过程不仅限于水；许多其他物质在适当条件下也可以被vaporized。Vaporized材料的概念可以在各种日常情况下观察到。以烹饪为例。当你在锅中加热油时，由于高温，一些油分子会被vaporized。这就是为什么你可能会看到烟从锅中升起；这是vaporized油粒子逃逸到空气中的结果。同样，当你煮一锅水时，逃逸的蒸汽是水被vaporized的结果。理解这个过程不仅在烹饪实践中至关重要，而且在许多工业应用中也是如此。在化学领域，vaporized物质的概念是必不可少的。化学反应往往需要物质处于气态，以便它们能够有效地反应。例如，在燃烧反应中，燃料在与氧气反应产生能量之前会被vaporized。这就是为什么发动机通常有机制来确保燃料在点火前被适当地vaporized。许多过程的效率取决于物质被vaporized和与其他反应物混合的程度。此外，vaporized物质的环境影响也不容忽视。在我们的气氛中，各种污染物可以从工业活动或车辆排放中被vaporized。这些蒸汽可能会导致空气质量问题和气候变化。理解如何控制和最小化有害物质被vaporized到大气中的数量对于环境保护至关重要。总之，术语vaporized封装了一个重要的科学过程，该过程在各种背景下发生，从烹饪到工业应用再到环境科学。无论是水变成蒸汽，还是燃料转变为燃烧用的气体，vaporized材料的过程都在我们周围。通过掌握这一概念，我们可以更好地理解我们日常生活中发生的转变以及对我们星球的更广泛影响。随着我们继续探索物质和能量的复杂性，理解物质如何被vaporized将始终是科学探究和实际应用的关键方面。