opacified

简明释义

英[oʊˈpæsɪfaɪd]美[oʊˈpæsɪfaɪd]

adj. 乳白的

v. 使……变得不透明（opacify 的过去式）

英英释义

单词用法

同义词

反义词

例句

1.The experimental process of low-cost once-fired opaque opacified glaze for architectural ceramics has been described and the mechanism of the opaque effects of the glaze has been discussed.

介绍了一种建筑陶瓷用一次烧低成本无光釉的试制过程，探讨了釉面无光效果的形成机理。

2.The experimental process of low-cost once-fired opaque opacified glaze for architectural ceramics has been described and the mechanism of the opaque effects of the glaze has been discussed.

介绍了一种建筑陶瓷用一次烧低成本无光釉的试制过程，探讨了釉面无光效果的形成机理。

3.The opacifying mechanism of Zr-P-F composite opacified glazes was mainly introduced in this paper. The influence of basic glazes on the opacified glazes was also discussed.

本文着重介绍了锆磷氟复合乳浊釉的乳浊机理，以及基础釉对乳浊剂的影响。

4.The glass was opacified to reduce glare from the sun.

这块玻璃被变得不透明以减少阳光的眩光。

5.To ensure privacy, the windows were opacified with a special film.

为了确保隐私，窗户用特殊薄膜变得不透明。

6.The artist chose to use opacified colors for a more muted effect.

艺术家选择使用不透明的颜色以获得更柔和的效果。

7.In the lab, the solution was opacified to prevent light interference.

在实验室中，溶液被变得不透明以防止光干扰。

8.The plastic was opacified to enhance its aesthetic appeal.

塑料被变得不透明以增强其美观性。

作文

In the world of science and technology, understanding the properties of materials is crucial for innovation and development. One interesting phenomenon that often arises in various fields, such as optics and materials science, is the process of making a substance less transparent or more opaque. This transformation can be described by the term opacified, which means to render something opaque or non-transparent. When we think of opacification, we often picture substances like glass that have been treated to become less see-through, allowing for different applications in design and functionality. For instance, in the field of architecture, designers may choose to use opacified glass in certain areas of a building. This type of glass allows light to filter through while obscuring visibility from the outside. It creates a sense of privacy without completely blocking natural light, which can be essential in urban environments where space is limited. The use of opacified materials can also enhance the aesthetic appeal of a structure, providing a modern and sleek look that many architects strive for. Moreover, the concept of opacified materials extends beyond just glass. In the realm of paints and coatings, manufacturers often develop formulations that intentionally opacified surfaces to improve durability and reduce glare. For example, matte finishes are designed to scatter light rather than reflect it directly, resulting in an opacified appearance that is visually pleasing and functional. These coatings can be used on walls, furniture, and even vehicles, showcasing the versatility of opacified materials in everyday life. Another fascinating application of opacified substances is in the world of photography and imaging. Photographers often use filters or lenses that can alter the transparency of light, creating effects that enhance the overall composition of an image. By using opacified filters, they can achieve unique artistic outcomes, allowing them to play with light and shadow in ways that would not be possible with standard equipment. In the medical field, the concept of opacified materials is also significant. Certain imaging techniques, such as X-rays or MRIs, rely on the ability to differentiate between opaque and transparent tissues. Contrast agents, which are sometimes opacified, are used to enhance the visibility of specific areas within the body, allowing doctors to diagnose conditions more accurately. This application of opacified substances underscores their importance in advancing medical technology and improving patient outcomes. In conclusion, the term opacified encompasses a wide range of applications across various fields, from architecture to photography and medicine. Understanding the properties and uses of opacified materials can lead to innovative solutions and enhancements in design, functionality, and health care. As we continue to explore the potential of these materials, the significance of opacified substances will undoubtedly grow, shaping the future of technology and design in exciting ways.

在科学和技术的世界中，理解材料的性质对于创新和发展至关重要。一个常常出现在光学和材料科学等多个领域的有趣现象是使某种物质变得不透明或更不透明的过程。这一转变可以用术语opacified来描述，意思是使某物变得不透明或不透明。当我们想到不透明化时，我们通常会想象像玻璃这样的物质经过处理变得不那么透明，从而允许在设计和功能上有不同的应用。 例如，在建筑领域，设计师可能会选择在建筑物的某些区域使用opacified玻璃。这种类型的玻璃允许光线透过，同时模糊从外部的可见性。它在城市环境中创造了一种隐私感，而不会完全阻挡自然光，这在空间有限的地方至关重要。使用opacified材料还可以增强结构的美感，提供现代和时尚的外观，这是许多建筑师所追求的。 此外，opacified材料的概念不仅限于玻璃。在涂料和涂层的领域，制造商通常开发配方，故意使表面opacified以提高耐久性并减少眩光。例如，哑光饰面旨在散射光线，而不是直接反射光线，从而产生视觉上令人愉悦且功能性的opacified外观。这些涂层可以用于墙壁、家具甚至车辆，展示了opacified材料在日常生活中的多样性。 opacified物质的另一个迷人应用是在摄影和成像的世界中。摄影师经常使用可以改变光透明度的滤镜或镜头，创建增强图像整体构图的效果。通过使用opacified滤镜，他们可以实现独特的艺术效果，使他们能够以标准设备无法实现的方式玩弄光和阴影。 在医学领域，opacified材料的概念也非常重要。某些成像技术，如X射线或MRI，依赖于区分不透明和透明组织的能力。对比剂，有时是opacified，用于增强体内特定区域的可见性，使医生能够更准确地诊断疾病。这种对opacified物质的应用突显了它们在促进医疗技术和改善患者结果方面的重要性。 总之，术语opacified涵盖了多个领域的广泛应用，从建筑到摄影再到医学。理解opacified材料的性质和用途可以导致创新解决方案和在设计、功能和医疗保健方面的提升。随着我们继续探索这些材料的潜力，opacified物质的重要性无疑将增长，以令人兴奋的方式塑造技术和设计的未来。