etch

简明释义

英[etʃ]美[etʃ]

vt. 蚀刻；鲜明地描述；铭记

vi. 蚀刻

n. 刻蚀；腐蚀剂

第 三 人 称 单 数 e t c h e s

现 在 分 词 e t c h i n g

过 去 式 e t c h e d

过 去 分 词 e t c h e d

英英释义

单词用法

同义词

反义词

例句

1.Preferably the etch-resist ink is applied as a layer of from 1 to 50 microns thick.

最好是蚀刻，抗油墨的应用是作为一个从1到50微米厚的一层。

2.Is the etch uniformity monitored at least monthly and records maintained as a quality document?

是否至少定期稽核一次蚀刻站并有相应的维护记录作为品质文件？

3.So it is that the Debian Projectreleased on Dec. 27 its second update to Debian 4.0, Etch, with an eyeto improved security.

正是因为这些，Debian工程在12月27号发布了Debian 4.0的第二次升级，这次升级主要着眼于安全性能的提升。

4.Xeno III Adhesive provides bond strength comparable to total etch systems.

异种三胶粘剂粘结强度可比提供总额蚀刻系统。

5.Water alone cannot etch a metal surface.

单独使用水不能蚀刻金属表面。

6.But what they offer in clarity and readability, they lack in contrast: Their look is decidedly gray, like an etch a Sketch.

但是他们所提供的是清晰度和可读性，对比度则乏善可陈：其效果相当灰暗，就像蚀刻素描。

7.Moderate etch-rates and a high degree of anisotropy were obtained.

得到中等的蚀速和高度的各向异性腐蚀。

8.With the protection of photoresist sidewall, the emitter passivation ledge is fabricated by wet etch.

利用光刻胶形成保护侧墙，用湿法腐蚀来形成发射极钝化边沿。

9.The artist decided to etch 蚀刻 a beautiful landscape onto the metal plate.

这位艺术家决定在金属板上蚀刻一幅美丽的风景。

10.They used a laser to etch 蚀刻 their logo onto the glass.

他们用激光在玻璃上蚀刻了他们的标志。

11.He wants to etch 蚀刻 his initials on the new watch.

他想在新手表上蚀刻他的名字首字母。

12.The company plans to etch 蚀刻 circuit designs onto silicon wafers.

该公司计划在硅晶圆上蚀刻电路设计。

13.She will etch 蚀刻 a quote from her favorite book onto the wall.

她将在墙上蚀刻她最喜欢的书中的一句话。

作文

In the world of art and craftsmanship, few techniques are as fascinating as the process to etch designs onto various surfaces. The term etch refers to the method of creating intricate patterns by using acid or other corrosive substances to cut into the material. This technique has been used for centuries, dating back to ancient civilizations where artisans would etch beautiful motifs onto metal and glass. The beauty of etching lies not only in its aesthetic appeal but also in the skill and precision required to master it. The process begins with a clean surface, often metal or glass, which is coated with a protective layer. An artist then uses a sharp tool to draw their design on this layer, exposing the material beneath. Once the design is complete, the piece is immersed in an acid bath. The acid reacts with the exposed areas, allowing the artist’s vision to come to life as it etches into the surface. The result is a stunning piece of art that showcases the artist's talent and creativity. One of the most remarkable aspects of etching is its versatility. Artists can use various materials and techniques to achieve different effects. For instance, glass etching can create a frosted appearance, while metal etching can produce sharp, clear lines. This flexibility allows artists to express their creativity in numerous ways, making etching a popular choice among many. Moreover, etching is not limited to professional artists; it can also be a rewarding hobby for anyone interested in exploring their artistic side. With the right tools and a bit of practice, individuals can learn to etch their designs onto various objects, from jewelry to home decor. The satisfaction of creating something unique and personal through etching is a fulfilling experience that many treasure. In addition to its artistic applications, etching is also utilized in industrial processes. For example, in electronics, etching is crucial for manufacturing circuit boards. The ability to etch precise patterns onto conductive materials allows for the creation of complex electronic devices that power our modern world. This intersection of art and technology highlights the importance of etching in both creative and practical fields. As we look towards the future, the art of etching continues to evolve. New technologies, such as laser etching, have emerged, offering even more possibilities for artists and manufacturers alike. These advancements allow for greater precision and efficiency, expanding the boundaries of what can be achieved through etching. In conclusion, the process of etching is a remarkable blend of art and science. Whether it is creating beautiful artworks or aiding in technological advancements, etching plays a vital role in our society. Its rich history and ongoing evolution make it a fascinating subject for exploration. As individuals continue to discover the joy of etching, we can anticipate even more innovative applications and breathtaking creations in the years to come.

在艺术和工艺的世界中，少有技术像在各种表面上蚀刻图案的过程那么迷人。术语蚀刻指的是通过使用酸或其他腐蚀性物质切割材料以创建复杂图案的方法。这种技术已经使用了几个世纪，可以追溯到古代文明，当时工匠们会在金属和玻璃上蚀刻出美丽的图案。蚀刻的美不仅在于其美学吸引力，还在于掌握它所需的技能和精确度。 这一过程始于一个干净的表面，通常是金属或玻璃，上面涂有保护层。艺术家随后使用锋利的工具在此层上绘制他们的设计，暴露出下面的材料。一旦设计完成，该作品就会浸入酸浴中。酸与暴露区域反应，使艺术家的构想得以实现，因为它在表面上蚀刻出来。最终的结果是一件令人惊叹的艺术品，展示了艺术家的才华和创造力。 蚀刻的最显著方面之一是它的多功能性。艺术家可以使用各种材料和技术来实现不同的效果。例如，玻璃蚀刻可以创建磨砂效果，而金属蚀刻可以产生清晰的线条。这种灵活性使艺术家能够以多种方式表达他们的创造力，使蚀刻成为许多人喜爱的选择。 此外，蚀刻并不仅限于专业艺术家；它也可以成为任何有兴趣探索自己艺术一面的人的一种有益爱好。只需一些正确的工具和一点练习，个人就可以学习将他们的设计蚀刻到各种物体上，从珠宝到家居装饰。通过蚀刻创造出独特和个性化的东西所带来的满足感是许多人珍视的体验。 除了艺术应用，蚀刻在工业过程中也被利用。例如，在电子领域，蚀刻对制造电路板至关重要。能够在导电材料上蚀刻出精确的图案，使得创建复杂的电子设备成为可能，这些设备为我们的现代世界提供动力。这种艺术与技术的交集突显了蚀刻在创造性和实用领域的重要性。 展望未来，蚀刻艺术仍在不断发展。新技术，如激光蚀刻，已经出现，为艺术家和制造商提供了更多的可能性。这些进步允许更高的精度和效率，扩大了通过蚀刻所能实现的界限。 总之，蚀刻过程是艺术与科学的奇妙结合。无论是创造美丽的艺术作品，还是帮助技术进步，蚀刻在我们的社会中扮演着重要角色。它丰富的历史和持续的发展使其成为一个迷人的探索主题。随着个人继续发现蚀刻的乐趣，我们可以期待在未来几年中出现更多创新的应用和惊人的创作。