liquify

简明释义

英[ˈlɪkwɪfaɪ]美[ˈlɪkwɪfaɪ]

vt. 液化；溶解（等于 liquefy）

vi. 液化；溶解（等于 liquefy）

英英释义

单词用法

同义词

反义词

例句

1.From Face Aware Liquify to the new Select and Mask space, plus all kinds of hidden tweaks, you'll discover the best ways to use these new tools and take your workflow to the next level.

从脸部意识到液化新的选择和面具的空间，再加上各种隐藏的调整，你会发现使用这些新工具，并采取您的工作流程到一个新的水平的最佳途径。

2.From Face Aware Liquify to the new Select and Mask space, plus all kinds of hidden tweaks, you'll discover the best ways to use these new tools and take your workflow to the next level.

从脸部意识到液化新的选择和面具的空间，再加上各种隐藏的调整，你会发现使用这些新工具，并采取您的工作流程到一个新的水平的最佳途径。

3.Now you can adjust your UVW to match this, or use Photoshop's Transform deformation lattice or liquify to fit this to your UVW pretty quickly.

现在你可以根据这张图设置UV权重了，或者你可以用晶格变形、液化等工具快速调整合成图，使之更好贴合UV权重。

4.Too big nose or chin, too small lips and other similar problems can be easily solved with liquify filter (see image 03).

过大鼻子或下巴，嘴唇太小和其他类似问题就容易解决了液化器(见图片03)。

5.This method helps to liquify mucus the same as standing in a hot shower would help phlegm to become more liquid.

这种方法有助于液化黏痰，跟站在热水喷头下有助于使痰变得更具流动性是一样的。

6.So while I was still in the Liquify mode, I used the Push tool to extend the length of the nose slightly.

因此，虽然我还是在液化模式，我用了推工具延长长度的鼻子略有下降。

7.They have equipment that produces a magical fog designed to liquify your mucus glue and plugs.

他们的设备可以产生一种神奇的雾气，用来溶化胶水般的黏液和堵塞物。

8.But in the event people resist, the robots are programmed to liquify the brain.

但是如果有人不合作，设好编程的机器人将对反抗者的大脑实施液化处理。

9.Notice the results of the Liquify Filter in the nose and chin.

公告，在鼻子的液化筛选结果和下巴。

10.When heated, the solid wax will liquify 液化 and can be poured into a mold.

加热时，固体蜡会液化并可以倒入模具中。

11.To create a smooth sauce, you need to liquify 液化 the ingredients in a blender.

要制作光滑的酱汁，你需要在搅拌机中液化这些材料。

12.The scientist observed how the ice would liquify 液化 under different temperature conditions.

科学家观察冰在不同温度条件下如何液化。

13.In order to mix the paint properly, you may need to liquify 液化 it with some water.

为了正确混合油漆，你可能需要用一些水来液化它。

14.The chef decided to liquify 液化 the fruits to make a refreshing smoothie.

厨师决定液化水果，以制作清爽的奶昔。

作文

In the study of chemistry, one often encounters various states of matter: solid, liquid, and gas. Each state has distinct properties and behaviors. A fascinating process that occurs in the transition between these states is the ability to liquify (使液化) substances. Understanding how and why materials liquify (使液化) can provide insights into both natural phenomena and industrial applications. The process of liquifying (使液化) a substance typically involves the addition of heat or pressure. For example, when ice is heated, it absorbs energy, which causes the molecules to vibrate more vigorously. As the temperature rises, the molecular bonds that hold the solid structure together weaken, ultimately leading to the liquification (液化) of ice into water. This fundamental principle is not only crucial for scientific understanding but also plays a vital role in everyday life. In many industries, the ability to liquify (使液化) materials is essential. In food processing, for instance, certain ingredients are heated to liquify (使液化) them for easier mixing or to create sauces and soups. The culinary world relies heavily on this concept, as many recipes require ingredients to be liquified (液化) to achieve the desired texture and flavor. Moreover, in the realm of energy, the liquification (液化) of gases such as natural gas is a significant advancement. Liquefied natural gas (LNG) is produced by cooling natural gas to a temperature below its boiling point. This process reduces its volume significantly, making it easier and more economical to transport over long distances. The ability to liquify (使液化) natural gas has transformed the energy market, allowing countries to trade gas more efficiently. The environmental implications of liquifying (使液化) substances cannot be overlooked either. For example, the liquification (液化) of carbon dioxide for storage and transportation is a key strategy in reducing greenhouse gas emissions. By capturing CO2 and liquifying (使液化) it, we can help mitigate climate change effects while finding viable solutions for energy production. However, the process of liquifying (使液化) materials is not without its challenges. The energy required to liquify (使液化) substances can be substantial, raising concerns about efficiency and sustainability. Researchers are continually looking for innovative methods to reduce energy consumption during this process, aiming to make it more environmentally friendly. In conclusion, the ability to liquify (使液化) various substances is a critical aspect of both science and industry. From cooking to energy production, the process of liquification (液化) enables us to manipulate materials in ways that enhance our quality of life and drive economic growth. As we continue to explore and understand the principles behind liquifying (使液化) materials, we unlock new possibilities for innovation and sustainability in our ever-evolving world.

在化学研究中，人们经常会遇到不同的物质状态：固体、液体和气体。每种状态都有其独特的性质和行为。在这些状态之间转换的过程中，一个引人入胜的过程是物质的液化（使液化）。理解材料如何以及为何液化（使液化）可以为我们提供对自然现象和工业应用的洞察。 液化（使液化）物质的过程通常涉及热量或压力的增加。例如，当冰被加热时，它吸收能量，这导致分子振动更加剧烈。随着温度的升高，保持固体结构的分子键变得更弱，最终导致冰的液化（使液化）成水。这一基本原理不仅对科学理解至关重要，而且在日常生活中也发挥着重要作用。 在许多行业中，液化（使液化）材料的能力是必不可少的。例如，在食品加工中，某些成分被加热以液化（使液化），以便更容易混合或制作酱汁和汤。烹饪界在很大程度上依赖于这一概念，因为许多食谱要求将成分液化（使液化），以达到所需的质地和风味。 此外，在能源领域，天然气等气体的液化（使液化）是一个重要的进展。液化天然气（LNG）是通过将天然气冷却到其沸点以下的温度而生产的。这个过程显著减少了其体积，使其更易于经济地长途运输。液化（使液化）天然气的能力改变了能源市场，使各国能够更有效地交易天然气。 液化（使液化）物质的环境影响也不容忽视。例如，将二氧化碳液化（使液化）以进行储存和运输是减少温室气体排放的关键策略。通过捕获二氧化碳并将其液化（使液化），我们可以帮助减轻气候变化的影响，同时寻找可行的能源生产解决方案。 然而，液化（使液化）材料的过程并非没有挑战。液化（使液化）物质所需的能量可能相当可观，引发了对效率和可持续性的担忧。研究人员正在不断寻找创新方法，以减少在此过程中所需的能量，旨在使其更加环保。 总之，液化（使液化）各种物质的能力是科学和工业的重要方面。从烹饪到能源生产，液化（使液化）过程使我们能够以增强生活质量和推动经济增长的方式操控材料。当我们继续探索和理解液化（使液化）材料背后的原理时，我们为在不断发展的世界中创新和可持续性开辟了新的可能性。