liquefied

简明释义

英[ˈlɪkwɪfaɪd]美[ˈlɪkwɪfaɪd]

v. （使）液化（liquefy 的过去式及过去分词）

adj. 液化的

英英释义

单词用法

同义词

反义词

例句

1.Not long ago, America depended on imports of liquefied natural gas.

不久前，美国还需要依赖液化天然气的进口。

2.These include liquefied petroleum gas, but also alternatives like biogas, managed charcoal and processed briquettes.

“这包括使用液化石油气，但是也有其他方案，例如沼气、木炭和经过处理的煤饼”。

3.Sinopec has raised the prices of liquefied petroleum gas (LPG), petroleum coke and heavy oil, by more than RMB100 per ton from June 1.

中石化6月1日起统一上调液化石油气、石油焦、重油等产品售价，上涨幅度在每吨100元以上。

4.Also still pending is a deal for the export of five million tons of liquefied natural gas over 25 years from Iran to India.

伊朗和印度之间还需要签署的另外一项协议是，伊朗要在25年期间向印度出口5百万吨液化天然气。

5.This might use liquefied natural gas (LNG), or cheaper (but untried) compression technology.

这项计划将使用液化天然气，或者比较便宜(但未实验)的压缩技术。

6.Marathon, an American energy company, helped eradicate malaria in part of Equatorial Guinea, where it has a big liquefied natural-gas project.

美国的马拉松石油公司在赤道几内亚的部分地区也曾在根除疟疾方面提供了帮助。在该地区公司拥有一个很大的液体天然气项目。

7.The ice was liquefied into water as the sun heated it up.

随着太阳的照射，冰被液化成水。

8.The liquefied nitrogen is used in many industrial applications.

许多工业应用中使用液化氮。

9.During the experiment, the solid was liquefied by applying heat.

在实验过程中，固体通过加热被液化。

10.The engineer explained how the gas could be liquefied for easier storage.

工程师解释了气体如何被液化以便于存储。

11.In the process of making syrup, the sugar is liquefied with water.

在制作糖浆的过程中，糖与水一起被液化。

作文

In the realm of science and technology, the term liquefied (液化的) plays a crucial role, particularly in the fields of chemistry and engineering. To understand its significance, we must first explore what it means to be liquefied (液化的). Essentially, it refers to the process of transforming a substance from a solid or gas state into a liquid state. This transformation can occur through various methods such as heating, pressure changes, or chemical reactions. One common example is the process of liquefying (液化) natural gases, which allows them to be transported and stored more efficiently.The process of liquefaction (液化) is not only important for natural gas but also for many other substances. For instance, when ice is heated, it liquefies (液化) into water. Similarly, certain metals can be melted down into a liquid form for casting and molding purposes. This liquefied (液化的) state allows for greater flexibility in manufacturing and construction processes.One of the most fascinating applications of liquefied (液化的) materials is found in the food industry. Many products, such as oils and syrups, are liquefied (液化的) to enhance their usability and shelf life. For example, sugar can be liquefied (液化的) into syrup form, making it easier to mix into beverages and desserts. The liquefaction (液化) process ensures that these products maintain their quality and flavor while being stored and transported.Moreover, the concept of liquefied (液化的) materials extends to environmental science as well. In waste management, certain organic materials are liquefied (液化的) to facilitate decomposition and recycling. This process not only reduces the volume of waste but also transforms it into useful byproducts, such as biogas, which can be harnessed for energy.In the context of energy production, liquefied (液化的) natural gas (LNG) has gained immense popularity. By cooling natural gas to extremely low temperatures, it becomes liquefied (液化的), allowing for easier storage and transportation over long distances. This advancement has made it possible for countries to import and export energy resources more efficiently, ultimately contributing to global energy security.The advancements in technology have further enhanced our ability to liquefy (液化) various substances. Innovations in refrigeration and pressurization techniques have made it possible to liquefy (液化) gases that were previously difficult to manage. These developments have opened up new avenues for research and industrial applications, demonstrating the importance of understanding the properties of liquefied (液化的) materials.In conclusion, the term liquefied (液化的) encompasses a wide range of processes and applications across different industries. Whether it is in the context of natural gas, food production, waste management, or energy generation, liquefied (液化的) substances play an essential role in our daily lives. By grasping the significance of this term, we can appreciate the intricate processes that allow for the transformation of materials and their impact on our world.

在科学和技术领域，术语liquefied（液化的）发挥着至关重要的作用，特别是在化学和工程领域。要理解它的重要性，我们首先必须探讨什么是liquefied（液化的）。本质上，它指的是将物质从固态或气态转变为液态的过程。这种转变可以通过加热、压力变化或化学反应等多种方法发生。一个常见的例子是将天然气liquefied（液化）的过程，这使得它们能够更高效地运输和储存。liquefaction（液化）的过程不仅对天然气重要，还对许多其他物质同样重要。例如，当冰被加热时，它会liquefy（液化）成水。类似地，某些金属可以熔化成液体，以便进行铸造和成型。这种liquefied（液化的）状态使制造和建筑过程更加灵活。liquefied（液化的）材料的一个最迷人的应用是在食品工业中。许多产品，如油和糖浆，被liquefied（液化的），以增强其可用性和保质期。例如，糖可以被liquefied（液化的）成糖浆形式，使其更容易混入饮料和甜点中。liquefaction（液化）过程确保这些产品在储存和运输过程中保持质量和风味。此外，liquefied（液化的）材料的概念也扩展到环境科学。在废物管理中，某些有机材料被liquefied（液化的），以促进分解和回收。这个过程不仅减少了废物的体积，还将其转化为有用的副产品，例如生物气体，可以用于能源利用。在能源生产的背景下，liquefied（液化的）天然气（LNG）已经获得了巨大的普及。通过将天然气冷却到极低的温度，它变得liquefied（液化的），从而允许更容易的储存和长距离运输。这一进展使得各国能够更高效地进口和出口能源资源，最终有助于全球能源安全。科技的进步进一步增强了我们liquefy（液化）各种物质的能力。制冷和加压技术的创新使得liquefy（液化）以前难以管理的气体成为可能。这些发展为研究和工业应用开辟了新的途径，展示了理解liquefied（液化的）材料性质的重要性。总之，术语liquefied（液化的）涵盖了不同产业中各种过程和应用。无论是在天然气、食品生产、废物管理还是能源生成的背景下，liquefied（液化的）物质在我们的日常生活中都发挥着重要作用。通过掌握这个术语的意义，我们可以欣赏到使材料转变的复杂过程及其对我们世界的影响。