faceting

简明释义

英[ˈfæsɪt]美[ˈfæsɪt]

n. 部分，方面；（宝石的）琢面，刻面；（构成昆虫或甲壳动物复眼的）小眼面

v. 在……上琢面

复 数 f a c e t s

第 三 人 称 单 数 f a c e t s

现 在 分 词 f a c e t t i n g 或 f a c e t i n g

过 去 式 f a c e t t e d 或 f a c e t e d

过 去 分 词 f a c e t t e d 或 f a c e t e d

英英释义

单词用法

同义词

反义词

例句

1.Due to the adsorption of amino acid, the modification of morphology such as variation of reconstruction or faceting may happen on the entire metal surface.

吸附了氨基酸的金属表面会发生诸如重构改变或小面化等形貌的变化，但这些变化在吸附了氨基酸的全部金属表面都能够发生。

2.Due to the adsorption of amino acid, the modification of morphology such as variation of reconstruction or faceting may happen on the entire metal surface.

吸附了氨基酸的金属表面会发生诸如重构改变或小面化等形貌的变化，但这些变化在吸附了氨基酸的全部金属表面都能够发生。

3.For better manifestation of colours in anisotropic transparent stones the orientation of faceting along optical axes is necessary.

要使非均质性透明宝石矿物的颜色更好地表现出来，沿光轴方向的加工定向是非常必要的。

4.Finally, are you going to be faceting, sorting, and scoring on the location features, rather than just use them for filtering?

最后，您是不是对位置特性进行分类、排序和记录，而不是仅将它们用于过滤？

5.Before faceting of the largest piece began, work was started on the 14 fragments that had been sawn from the rough stone.

在打磨最大一块石头之前，最终的职业是将14个碎片从原石上锯下来。

6.The defects include cracks, color center, inclusions, step-faceting, low-angle boundaries and dislocation pile-up group.

这些缺陷包括：包裹物，色心，开裂，台阶面，位错，小角晶界和位错塞积群。

7.Apache Solr is a search server that USES Lucene to provide search, faceting, and many more capabilities over HTTP.

ApacheSolr是一个使用Lucene通过HTTP来提供搜索、分类等功能的搜索服务器。

8.Exciting: the interplay of fine faceting of the edges and the ellipse as a background design element.

令人兴奋的：细小面的边缘和作为背景的椭圆设计元素的相互作用。

9.There is significantly more warping, faceting, and animation.

有明显的变形，小面，和动画。

10.The filter cache is used for faceting in some cases.

过滤器缓存是用于在某些情况下，小面。

11.The jeweler spent hours on the process of faceting 切割 the diamond to enhance its brilliance.

珠宝商花了几个小时在切割钻石的过程中，以增强其光辉。

12.In data analysis, faceting 分面化 allows us to visualize trends across different categories.

在数据分析中，分面化使我们能够可视化不同类别中的趋势。

13.The artist used faceting 分面技术 in her sculpture to create interesting light reflections.

艺术家在她的雕塑中使用了分面技术，以创造有趣的光线反射。

14.When creating a report, faceting 划分 the data by region can provide clearer insights.

在创建报告时，划分数据按区域可以提供更清晰的见解。

15.The photographer applied faceting 分面处理 techniques to highlight different aspects of the landscape.

摄影师应用了分面处理技术，以突出风景的不同方面。

作文

In the world of gemstones and jewelry, the term faceting refers to the process of cutting a gemstone into multiple flat surfaces, known as facets. This technique not only enhances the stone's brilliance and sparkle but also allows it to reflect light in various ways, creating stunning visual effects. The art of faceting has been practiced for centuries, evolving from simple techniques to highly sophisticated methods that require precision and skill. Historically, gemstones were often polished into cabochons, which are smooth, rounded stones without any facets. However, as jewelers began to understand the properties of light and how it interacts with different surfaces, they discovered that cutting facets into gemstones could significantly improve their appearance. The first recorded use of faceting dates back to the 15th century, when diamonds were cut into shapes that highlighted their natural beauty. The process of faceting involves several steps, starting with selecting the right rough stone. Jewelers must carefully assess the stone's size, shape, and clarity to determine the best way to cut it. Once the stone is selected, it is shaped into a basic form, usually a round or oval shape, before the actual faceting begins. Each facet is strategically placed to maximize light reflection and refraction, ultimately enhancing the gem's brilliance. One of the most popular cuts in modern jewelry is the brilliant cut, which features a specific arrangement of facets designed to create exceptional sparkle. The brilliant cut typically has 58 facets, including the table (the flat top surface) and the culet (the pointed bottom). This intricate design is a perfect example of how faceting can transform a simple piece of rough stone into a dazzling work of art. Beyond aesthetics, faceting also plays a crucial role in determining the value of a gemstone. Well-faceted stones tend to be more valuable than those that are not, as they exhibit superior brilliance and clarity. Gemologists often evaluate the quality of a cut based on factors such as symmetry, proportion, and polish. A beautifully faceted gemstone can command a much higher price in the market, making the art of faceting an essential skill for jewelers. In addition to its significance in the jewelry industry, faceting has applications in other fields, such as optics and materials science. Researchers and engineers utilize similar principles to create lenses and optical devices that enhance light transmission and minimize distortion. The underlying concept of faceting—manipulating surfaces to achieve desired optical properties—transcends the realm of gemstones and finds relevance in various technological advancements. As we appreciate the beauty of faceted gemstones, it is essential to acknowledge the craftsmanship and expertise involved in this intricate process. The next time you admire a sparkling diamond or a colorful gemstone, take a moment to consider the art of faceting that brought it to life. It is a testament to human creativity and ingenuity, transforming raw materials into objects of beauty that have captivated hearts for generations. In conclusion, faceting is not just a technical skill; it is an art form that combines science, creativity, and tradition, resulting in some of the most cherished treasures in the world.

在宝石和珠宝的世界中，术语faceting指的是将宝石切割成多个平坦表面（称为面）的过程。这种技术不仅增强了宝石的光辉和闪烁，还使其能够以各种方式反射光线，创造出令人惊艳的视觉效果。faceting的艺术已经被实践了几个世纪，从简单的技术发展到需要精确和技巧的高度复杂的方法。 历史上，宝石通常被打磨成圆形宝石，即没有任何面的光滑、圆润的石头。然而，随着珠宝商开始理解光的特性以及它如何与不同表面相互作用，他们发现将面切割到宝石中可以显著改善其外观。首次记录的faceting使用可以追溯到15世纪，当时钻石被切割成突显其自然美的形状。 faceting的过程涉及几个步骤，首先是选择合适的粗石。珠宝商必须仔细评估石头的大小、形状和清晰度，以确定最佳的切割方法。一旦选择了石头，就会将其塑造成基本形状，通常是圆形或椭圆形，然后才开始实际的切割过程。每个面都经过战略性放置，以最大化光的反射和折射，最终增强宝石的光辉。 现代珠宝中最受欢迎的切割之一是明亮切割，它具有特定的面排列，旨在创造出卓越的闪烁效果。明亮切割通常有58个面，包括台面（平坦的顶部表面）和底尖（尖锐的底部）。这种复杂的设计是faceting如何将一块简单的粗石转变为耀眼艺术品的完美例子。 除了美学意义外，faceting在确定宝石的价值方面也起着至关重要的作用。切割良好的宝石往往比未切割的宝石更有价值，因为它们表现出卓越的光辉和清晰度。宝石学家通常根据对称性、比例和抛光等因素来评估切割质量。精美切割的宝石在市场上可以命令更高的价格，使得faceting的艺术成为珠宝商必不可少的技能。 除了在珠宝行业的重要性之外，faceting在光学和材料科学等其他领域也有应用。研究人员和工程师利用类似的原理来制造透镜和光学设备，以增强光的传输并最小化失真。faceting的基本概念——操纵表面以实现所需的光学特性——超越了宝石的领域，在各种技术进步中找到了相关性。 当我们欣赏切割宝石的美丽时，重要的是要承认这一复杂过程中的工艺和专业知识。下次你欣赏到闪闪发光的钻石或五彩斑斓的宝石时，请花一点时间考虑将其带入生活的faceting艺术。这是人类创造力和独创性的证明，将原材料转变为美丽的物体，这些物体几代人以来一直吸引着人们的心灵。总之，faceting不仅是一项技术技能；它是一种艺术形式，结合了科学、创造力和传统，最终造就了世界上一些最珍贵的宝藏。