photoengraving

简明释义

英[ˌfəʊtəʊɪnˈɡreɪvɪŋ]美[ˌfotoɪnˈɡrevɪŋ]

v. 用照相制版中线（图案）（photoengrave 的现在分词）

n. 照相凸版印刷

英英释义

单词用法

同义词

反义词

例句

1.An exceptionally clear adhesive can be made from fish and was the first adhesive used for photographic emulsions for photo film and photo resist coatings for photoengraving processes.

从鱼身上可以提取制成极其透明的粘胶，在胶片的感光乳胶和光刻蚀工艺的光阻涂层中首先被用作粘合剂。

2.An exceptionally clear adhesive can be made from fish and was the first adhesive used for photographic emulsions for photo film and photo resist coatings for photoengraving processes.

从鱼身上可以提取制成极其透明的粘胶，在胶片的感光乳胶和光刻蚀工艺的光阻涂层中首先被用作粘合剂。

3.Staging: Process of covering bare metal, to protect lines or dots from being etched, in making of photoengraving and gravure cylinder.

防蚀处理：制电版或照相凹版时，作保护金属表面，防止网点或线条被腐蚀的工作。

4.A strong acid, it is toxic and can cause severe Burns. It attacks most metals and is used for etching steel and photoengraving.

硝酸是一种强酸，有毒，并能造成严重烧伤。能与大多数金属起作用，用于蚀刻钢材和光刻。

5.Serveral of commonly used methods are photoprinting, photoengraving , mechnical engraving , and stencil.

通常所采用的几种储存方法是：影印法、照相蚀刻、机械雕刻和模板。

6.Several of commonly used methods are photoprinting, photoengraving, mechanical engraving, and stencil.

通常所采用的几种储存方法是：影印法、照相蚀刻、机械雕刻和模板。

7.The artist used photoengraving to create intricate designs on metal surfaces.

这位艺术家使用照相雕刻在金属表面上创造复杂的设计。

8.In the printing industry, photoengraving is a common technique for producing high-quality images.

在印刷行业，照相雕刻是一种常见的高质量图像制作技术。

9.The museum showcased an exhibit on the history of photoengraving and its impact on art.

博物馆展示了一个关于照相雕刻历史及其对艺术影响的展览。

10.She learned photoengraving in art school, which allowed her to combine photography and printmaking.

她在艺术学校学习了照相雕刻，这使她能够将摄影与印刷结合起来。

11.The photoengraving process involves transferring a photographic image onto a metal plate.

照相雕刻过程涉及将摄影图像转移到金属板上。

作文

In the world of printing and graphic arts, various techniques have evolved over the years to enhance the quality and efficiency of image reproduction. One such technique is photoengraving, which has played a significant role in the development of modern printing methods. Photoengraving refers to the process of creating an image on a metal plate through photographic means, allowing for high-quality reproductions of photographs and intricate designs. This method combines traditional engraving techniques with modern photography, resulting in a versatile and effective approach to image production. The origins of photoengraving can be traced back to the late 19th century when artists and printers sought ways to reproduce detailed images more accurately. Before this innovation, engraving was primarily done by hand, which was a time-consuming and labor-intensive process. With the introduction of photography, it became possible to capture images directly onto a plate, significantly speeding up the production process while maintaining high fidelity to the original artwork. The process of photoengraving involves several steps. First, a photograph or a digital image is created. This image is then transferred onto a light-sensitive coating applied to a metal plate, typically made of zinc or copper. When exposed to light, the areas of the coating that are not protected by the image will harden. The unexposed areas can then be washed away, leaving behind a relief image on the plate. The next step involves etching the plate with acid, which further enhances the image by creating depth and texture. Finally, ink is applied to the plate, and it is pressed onto paper or another medium to produce the final print. One of the main advantages of photoengraving is its ability to reproduce fine details and gradients that are often lost in other printing methods. This makes it particularly useful for printing photographs, illustrations, and complex designs. Additionally, photoengraving allows for greater flexibility in terms of image size and format, as it can easily accommodate both small and large prints. Despite the rise of digital printing technologies, photoengraving remains relevant today, especially in specialized fields such as art reproduction and high-end publishing. Many artists and printmakers appreciate the unique qualities that photoengraving offers, including its capacity for rich textures and tonal variations. Furthermore, the tactile nature of prints produced through this method adds an element of authenticity that digital prints often lack. In conclusion, photoengraving is a fascinating and important technique in the realm of printing and graphic arts. Its combination of traditional craftsmanship and modern technology has allowed for the creation of stunning visual works that continue to captivate audiences. As we move further into the digital age, the enduring appeal of photoengraving serves as a reminder of the artistry and skill that goes into the production of printed images. Whether used for fine art prints or commercial applications, photoengraving remains a valuable tool for artists and printers alike, showcasing the beauty of images in their most exquisite form.

照相雕刻在印刷和图形艺术的世界中，随着时间的推移，各种技术不断演变，以提高图像复制的质量和效率。其中一种技术是照相雕刻，它在现代印刷方法的发展中发挥了重要作用。照相雕刻是指通过摄影手段在金属板上创建图像的过程，允许高质量地复制照片和复杂设计。这种方法结合了传统的雕刻技术和现代摄影，形成了一种多功能且有效的图像生产方式。 照相雕刻的起源可以追溯到19世纪末，当时艺术家和印刷商寻求更准确地复制详细图像的方法。在这一创新出现之前，雕刻主要是手工完成的，这是一项耗时且劳动密集的过程。随着摄影的引入，可以直接将图像捕捉到板上，从而显著加快生产过程，同时保持对原始艺术作品的高度忠实。 照相雕刻的过程包括几个步骤。首先，创建一张照片或数字图像。然后，将该图像转移到涂有光敏涂层的金属板上，通常由锌或铜制成。当暴露在光线下时，未被图像保护的涂层区域将变硬。未曝光的区域可以被冲洗掉，留下板上的浮雕图像。下一步是用酸蚀刻板，进一步增强图像的深度和纹理。最后，将油墨涂抹到板上，并将其压在纸张或其他介质上以产生最终的印刷品。 照相雕刻的主要优点之一是能够重现其他印刷方法常常丢失的细节和渐变。这使得它在打印照片、插图和复杂设计方面特别有用。此外，照相雕刻在图像大小和格式方面提供了更大的灵活性，因为它可以轻松适应小型和大型印刷品。 尽管数字印刷技术的兴起，照相雕刻在今天仍然具有相关性，尤其是在艺术复制和高端出版等专业领域。许多艺术家和印刷商欣赏照相雕刻所提供的独特品质，包括其丰富的纹理和色调变化的能力。此外，通过这种方法生产的印刷品的触感特性增添了一种数字印刷往往缺乏的真实性。 总之，照相雕刻是印刷和图形艺术领域中一种迷人且重要的技术。它将传统工艺与现代技术结合在一起，使得创造出令人惊叹的视觉作品成为可能，这些作品继续吸引观众。随着我们进一步进入数字时代，照相雕刻的持久魅力提醒我们，制作印刷图像所需的艺术性和技巧。无论用于美术印刷还是商业应用，照相雕刻仍然是艺术家和印刷商的重要工具，展示了图像最精致形式的美感。