lithography

简明释义

英[lɪˈθɒɡrəfi]美[lɪˈθɑːɡrəfi]

n. [印刷] 平版印刷术，石印术

英英释义

单词用法

同义词

反义词

例句

1.In this article, deep submicron lithography and nano processing are reviewed.

本文综述了深亚微米光刻和纳米光刻技术。

2.The lithography and the manufacture technology are the lithograph most important art performance method.

石版印刷和制作技术是石版画最重要的艺术表现手段。

3.The arts include calligraphy and lithography.

平面造型艺术包括书法和平版印刷术。

4.They then defined the transistor channel using electron-beam lithography, removing graphene outside of channel regions with an oxygen plasma.

然后在氧等离子体中用电子束刻蚀法去除沟道区石墨烯形成晶体管的沟道。

5.The new set of models are more proper for lithography simulation for thick SU-8 resist.

对于厚su - 8胶的模拟，这种模型比普通的模拟模型更加合适。

6.E-beam tools are used in photomask writing, but many believe the technology will never be fast enough for high-volume semiconductor lithography.

因此目前电子束光刻设备主要的用途是用于刻制掩膜板，许多人甚至认为电子束光刻技术的产出量永远也无法满足芯片量产的需求。

7.With the continuous improvement of optical lithography limit resolution, the current lithography tool is facing with more and more serious challenge.

随着光学光刻极限分辨率的不断提高，当代光学光刻设备正面临着越来越严重的挑战。

8.With the continuous improvement of optical lithography limit resolution, the current lithography tool is facing with more and more serious challenge.

随着光学光刻极限分辨率的不断提高，当代光学光刻设备正面临着越来越严重的挑战。

9.Inductors were defined by electron-beam lithography and formed by depositing micron-thick aluminium metal onto the wafers.

用电子束刻蚀法在晶片上镀上纳米级铝层形成了电感器。

10.The artist used lithography to create beautiful prints of her original artwork.

这位艺术家使用平版印刷创作了她原创艺术作品的精美印刷品。

11.In the printing industry, lithography is a popular method for producing high-quality images.

在印刷行业，平版印刷是一种广泛使用的高质量图像生产方法。

12.The invention of lithography revolutionized the way books were printed in the 19th century.

在19世纪，平版印刷的发明彻底改变了书籍的印刷方式。

13.He learned about lithography during his art history class at university.

他在大学的艺术史课上学习了平版印刷。

14.The museum featured an exhibit on the history of lithography and its impact on modern art.

博物馆展示了关于平版印刷历史及其对现代艺术影响的展览。

作文

The art of printing has evolved significantly over the centuries, and one of the most fascinating techniques in this evolution is lithography. 平版印刷 is a method that uses the immiscibility of oil and water to create images on a flat surface. This technique was invented in the late 18th century by Alois Senefelder, who discovered that he could draw on limestone with a greasy substance and then use that stone to print images. The process of lithography involves several steps, including preparing the stone, applying ink, and pressing paper onto the stone to transfer the image. Today, lithography is widely used in various forms of printing, including art prints, posters, and even in the production of circuit boards. One of the key advantages of lithography is its ability to produce high-quality images with fine details. This is particularly important for artists who want to reproduce their work accurately. The smooth surface of the lithographic stone allows for precise line work and tonal variations, making it an ideal medium for artistic expression. Artists such as Henri de Toulouse-Lautrec and Pablo Picasso have famously utilized lithography to create stunning prints that capture the essence of their original works. Furthermore, lithography has also played a significant role in commercial printing. Its efficiency and ability to produce large quantities of prints quickly have made it a preferred choice for businesses looking to create promotional materials, packaging, and more. In the digital age, while many traditional printing methods have been overshadowed by digital printing, lithography remains relevant due to its unique characteristics and the quality of the prints it produces. In addition to traditional lithography, modern advancements have led to the development of photolithography, which is extensively used in the semiconductor industry. Photolithography involves using light to transfer patterns onto a substrate, allowing for the creation of intricate electronic circuits. This process is crucial for the manufacturing of microchips and other electronic components, demonstrating the versatility of lithography beyond just artistic applications. Overall, lithography is a remarkable printing technique that has stood the test of time. Its historical significance, combined with its continued relevance in both art and technology, makes it a subject worthy of exploration. As we move forward into an increasingly digital world, it is essential to appreciate the craftsmanship involved in lithography and recognize its contributions to both the art and industrial sectors. Whether through the delicate lines of a print or the complex circuits of a microchip, lithography continues to leave its mark on our visual and technological landscape, reminding us of the intricate relationship between creativity and innovation.

印刷艺术在几个世纪中经历了显著的演变，而在这一演变中最迷人的技术之一就是平版印刷。平版印刷是一种利用油和水的不相溶性在平面上创建图像的方法。这种技术是由阿洛伊斯·塞内费尔德在18世纪末发明的，他发现自己可以用油腻物质在石灰石上绘画，然后使用该石头进行图像打印。平版印刷的过程包括几个步骤，包括准备石头、涂抹油墨和将纸张压在石头上以转移图像。今天，平版印刷广泛用于各种形式的印刷，包括艺术印刷、海报甚至电路板的生产。 平版印刷的一个关键优势是能够以细致的细节制作高质量的图像。这对于希望准确复制其作品的艺术家尤为重要。平滑的平版印刷石表面允许精确的线条工作和色调变化，使其成为艺术表达的理想媒介。亨利·德·图卢兹-劳特雷克和巴勃罗·毕加索等艺术家都曾利用平版印刷创作出令人惊叹的印刷品，捕捉到他们原作的本质。 此外，平版印刷在商业印刷中也发挥了重要作用。其高效性和快速生产大量印刷品的能力使其成为企业创建宣传材料、包装等的首选。在数字时代，尽管许多传统印刷方法被数字印刷所掩盖，但平版印刷由于其独特的特性和所生产的印刷品的质量仍然保持相关性。 除了传统的平版印刷，现代进展还导致了光刻技术的发展，这在半导体行业中被广泛使用。光刻涉及使用光将图案转移到基材上，从而允许创建复杂的电子电路。该过程对于微芯片和其他电子元件的制造至关重要，展示了平版印刷在艺术应用之外的多样性。 总体而言，平版印刷是一种非凡的印刷技术，经受住了时间的考验。其历史意义，加上在艺术和技术领域的持续相关性，使其成为值得探索的主题。当我们迈向一个越来越数字化的世界时，欣赏平版印刷中涉及的工艺，并认识到它对艺术和工业部门的贡献是至关重要的。无论是通过印刷品的细腻线条还是微芯片的复杂电路，平版印刷继续在我们的视觉和技术领域留下印记，提醒我们创造力与创新之间的复杂关系。