photomechanical

简明释义

英[ˌfəʊtəʊmɪˈkænɪk(ə)l]美[ˌfoʊtoʊməˈkænɪkl]

adj. 照相工艺的

n. 照相制版工艺；照相制版法

英英释义

单词用法

同义词

反义词

例句

1.Natural protein, soluble in water and most commonly found in the Albumins, the colloid used for certain dichromated sensitizes employed in photomechanical process.

是一种天然蛋白质，可溶于水，在蛋白中最为常见。这种胶质在照相制版法里用以作重铬酸盐感光剂。

2.Natural protein, soluble in water and most commonly found in the Albumins, the colloid used for certain dichromated sensitizes employed in photomechanical process.

是一种天然蛋白质，可溶于水，在蛋白中最为常见。这种胶质在照相制版法里用以作重铬酸盐感光剂。

3.The artist used a photomechanical 摄影机械的 process to reproduce his paintings for the exhibition.

这位艺术家使用了一种摄影机械的方法来复制他的画作以供展览。

4.Many magazines utilize photomechanical 摄影机械的 printing techniques for high-quality image reproduction.

许多杂志利用摄影机械的印刷技术来实现高质量的图像再现。

5.The photomechanical 摄影机械的 transfer of images has revolutionized the printing industry.

图像的摄影机械的转移彻底改变了印刷行业。

6.In the field of art restoration, photomechanical 摄影机械的 methods are often employed to replicate original works.

在艺术修复领域，通常会采用摄影机械的方法来复制原作。

7.The museum's collection includes several photomechanical 摄影机械的 prints from the early 20th century.

博物馆的收藏中包括几幅来自20世纪初的摄影机械的版画。

作文

In the world of printing and reproduction, the term photomechanical refers to a process that combines both photographic and mechanical techniques to produce images. This method has revolutionized the way we create and distribute visual content, allowing for high-quality reproductions of artwork, photographs, and documents. The significance of photomechanical processes can be traced back to the early days of photography when artists and printers sought innovative ways to replicate images with accuracy and efficiency. The origins of photomechanical techniques can be found in the late 19th century, when advances in photography began to influence the field of printmaking. Traditional methods of reproduction, such as engraving and lithography, were time-consuming and required skilled artisans. However, with the advent of photomechanical processes, it became possible to produce prints more quickly and at a lower cost. This was particularly beneficial for newspapers and magazines, which relied on the ability to reproduce images rapidly to keep up with the fast-paced demands of their readership. One of the most notable photomechanical processes is halftone printing, which uses a series of dots to simulate continuous tones in photographs. By varying the size and spacing of these dots, printers can create the illusion of depth and detail in an image. This technique allowed for the widespread use of photographs in print media, transforming the way stories were told and information was shared. As a result, photomechanical printing played a crucial role in the development of modern journalism and advertising. Moreover, the impact of photomechanical processes extends beyond traditional print media. In the realm of fine art, artists have embraced these techniques to explore new creative possibilities. For instance, artists like Andy Warhol utilized photomechanical methods to create iconic works that blurred the lines between commercial and fine art. His use of silkscreen printing—a photomechanical technique—allowed him to produce multiple copies of his work, challenging notions of originality and authenticity in the art world. As technology continues to evolve, so too do the applications of photomechanical processes. Digital printing has emerged as a powerful tool that builds upon traditional methods, enabling artists and designers to create intricate visual compositions with unprecedented precision. While the essence of photomechanical techniques remains rooted in the combination of photography and mechanics, digital advancements have expanded the possibilities for creativity and expression. In conclusion, the term photomechanical encompasses a range of processes that have fundamentally changed the landscape of visual communication. From its historical roots in printmaking to its contemporary applications in art and design, photomechanical techniques continue to shape how we perceive and interact with images. As we move forward in an increasingly digital world, understanding the significance of photomechanical processes will remain essential for anyone involved in the creation or dissemination of visual content.

在印刷和复制的世界中，术语photomechanical指的是一种结合了摄影和机械技术以生成图像的过程。这种方法彻底改变了我们创建和分发视觉内容的方式，使得艺术作品、照片和文档的高质量复制成为可能。photomechanical过程的重要性可以追溯到19世纪初，当时艺术家和印刷商寻求创新的方法以准确且高效地复制图像。 photomechanical技术的起源可以追溯到19世纪末，当时摄影的进步开始影响印刷领域。传统的复制方法，例如雕刻和石版印刷，耗时且需要熟练的工匠。然而，随着photomechanical过程的出现，生产印刷品变得更加迅速且成本更低。这对于依赖迅速复制图像以满足读者快速需求的报纸和杂志尤其重要。 最著名的photomechanical过程之一是半色调印刷，它使用一系列点来模拟照片中的连续色调。通过改变这些点的大小和间距，印刷商可以在图像中创造深度和细节的错觉。这项技术使得照片在印刷媒体中得到广泛应用，改变了故事讲述和信息共享的方式。因此，photomechanical印刷在现代新闻和广告的发展中发挥了至关重要的作用。 此外，photomechanical过程的影响超越了传统的印刷媒体。在美术领域，艺术家们已经接受这些技术，以探索新的创作可能性。例如，安迪·沃霍尔（Andy Warhol）利用photomechanical方法创作了模糊商业艺术与纯艺术界限的标志性作品。他采用丝网印刷——一种photomechanical技术——使他能够制作多份他的作品，从而挑战了艺术界对原创性和真实性的观念。 随着技术的不断发展，photomechanical过程的应用也在不断扩展。数字印刷作为一种强大的工具，建立在传统方法之上，使艺术家和设计师能够以前所未有的精确度创作复杂的视觉作品。虽然photomechanical技术的本质仍然根植于摄影和机械的结合，但数字化的进步扩大了创造力和表达的可能性。 总之，术语photomechanical涵盖了一系列根本改变了视觉传播格局的过程。从其在印刷中的历史根源到其在艺术和设计中的当代应用，photomechanical技术继续塑造我们如何感知和与图像互动。随着我们在一个日益数字化的世界中前进，理解photomechanical过程的重要性将对任何参与视觉内容创作或传播的人来说至关重要。