xerography

简明释义

英[zɪ'rɒgrəfɪ]美[zɪˈrɑːɡrəfɪ]

n. [印刷] 静电复印术；电子照相法

英英释义

单词用法

同义词

反义词

例句

1.Edge enhancement is intrinsic in xerography.

边缘增强是静电复印术的固有特点。

2.It's like the highest level of award named after the inventor of Xerography.

这是我们最高级别的奖项，以我们现代复印技术的发明者命名。

3.A trademark used for a photocopying process or machine employing xerography.

商标名，用于采用静电复印术的影印过程或机器。

4.By xerography a book can be reproduced in a few hours.

用复印术，几小时内就能把一本书复印出来。

5.The developing trend of the ink jet printer and feasibility of application of xerography, electro-photography techniques to the textile industry are foreseen.

最后 ，展望了数码喷墨印花的发展前景 ，以及其它数码技术 ，如静电印刷术、电子照相术用于纺织工业的可行性。

6.Synthesis of novel CTMs is a hotspot of the xerography field.

合成性能优良的电荷传输材料是目前静电复印领域的研究热点。

7.The developing trend of the ink jet printer and feasibility of application of xerography, electro-photography techniques to the textile industry are foreseen.

最后 ，展望了数码喷墨印花的发展前景 ，以及其它数码技术 ，如静电印刷术、电子照相术用于纺织工业的可行性。

8.With xerography, we can quickly duplicate important reports.

通过静电复印术，我们可以快速复制重要报告。

9.Many schools have adopted xerography for printing handouts and worksheets.

许多学校已采用静电复印术打印讲义和练习册。

10.Using xerography, we can reduce paper waste by making double-sided copies.

使用静电复印术，我们可以通过双面复印来减少纸张浪费。

11.The introduction of xerography revolutionized the printing industry.

静电复印术的引入彻底改变了印刷行业。

12.The office uses xerography to produce high-quality copies of documents.

办公室使用静电复印术来制作高质量的文件副本。

作文

In today's digital age, the methods we use to reproduce documents have evolved significantly. One of the most important innovations in this field is known as xerography, which refers to a dry photocopying technique that uses electrostatic charges to create copies of documents. This technology has revolutionized the way we handle paperwork, making it more efficient and accessible for both personal and professional use. Xerography (干粉静电复印术) was first developed in the late 1930s by Chester Carlson, who discovered that he could create a permanent image on a surface by using light and static electricity. This breakthrough led to the creation of the first photocopier, which became widely popular in offices and educational institutions. The process of xerography involves several steps. First, an original document is illuminated by a bright light, and the reflected image is captured on a photosensitive drum. The drum is then charged with static electricity, which attracts toner particles that adhere to the areas where the light has struck. Finally, the toner is transferred onto paper and fused with heat, resulting in a high-quality copy of the original document. This method is not only fast but also cost-effective, as it allows for the reproduction of multiple copies without degrading the quality of the original.One of the key advantages of xerography is its ability to produce clear and detailed images. Unlike traditional methods such as offset printing, which can be expensive and time-consuming, xerography offers a quick solution for creating documents, making it ideal for businesses that require immediate access to printed materials. Additionally, the technology has advanced over the years, leading to improvements in speed, efficiency, and color reproduction.Moreover, xerography has played a significant role in the transition from paper to digital formats. With the rise of digital document management systems, many organizations now utilize xerography alongside scanning technologies to digitize their records. This integration allows for easy storage, retrieval, and sharing of information, thereby streamlining workflows and reducing the reliance on physical documents.However, despite its many advantages, xerography is not without its challenges. For instance, the environmental impact of toner cartridges and paper waste has raised concerns among eco-conscious consumers. Many companies are now seeking sustainable alternatives to traditional xerography practices, such as using recycled paper and refillable toner cartridges. Furthermore, as digital technologies continue to advance, the future of xerography may also evolve, potentially integrating more with cloud-based solutions and electronic document formats.In conclusion, xerography (干粉静电复印术) has transformed the way we reproduce documents, providing a fast, efficient, and cost-effective method for creating high-quality copies. As we move further into the digital age, it will be interesting to see how this technology adapts and integrates with new advancements. Overall, understanding xerography is essential for anyone involved in document management, whether in a corporate setting or for personal use, as it remains a fundamental part of our daily lives.

在当今的数字时代，我们用来复制文档的方法已经发生了显著变化。在这个领域中，最重要的创新之一被称为xerography（干粉静电复印术），它指的是一种使用静电电荷来创建文档副本的干式复印技术。这项技术彻底改变了我们处理文件的方式，使其在个人和专业使用中变得更加高效和可及。Xerography是由切斯特·卡尔森于20世纪30年代末首次开发的，他发现通过使用光和静电可以在表面上创建永久图像。这一突破导致了第一台复印机的问世，该设备在办公室和教育机构中广受欢迎。Xerography的过程包括几个步骤。首先，原始文档被明亮的光照射，反射的图像被捕捉到一个光敏鼓上。然后，鼓被静电充电，这吸引了附着在光照射区域的碳粉颗粒。最后，碳粉被转移到纸上并通过热量熔合，从而产生一份高质量的原始文档副本。这种方法不仅快速，而且具有成本效益，因为它允许在不降低原始质量的情况下复制多份副本。Xerography的一个关键优势是其能够生产清晰详细的图像。与传统的胶印等方法相比，后者可能昂贵且耗时，xerography提供了一种快速创建文档的解决方案，非常适合需要立即访问打印材料的企业。此外，随着时间的推移，这项技术不断进步，导致速度、效率和色彩再现方面的改善。此外，xerography在从纸质格式向数字格式过渡中发挥了重要作用。随着数字文档管理系统的兴起，许多组织现在将xerography与扫描技术结合使用，以数字化其记录。这种整合使得信息的存储、检索和共享变得容易，从而简化工作流程，减少对纸质文件的依赖。然而，尽管有许多优点，xerography也并非没有挑战。例如，碳粉盒和纸张废物对环境的影响引发了环保消费者的关注。许多公司现在正在寻找可持续的替代传统xerography实践的方法，例如使用回收纸和可重复填充的碳粉盒。此外，随着数字技术的不断进步，xerography的未来也可能会演变，可能会与基于云的解决方案和电子文档格式进行更多的整合。总之，xerography（干粉静电复印术）已彻底改变了我们复制文档的方式，提供了一种快速、高效和具有成本效益的方法来创建高质量的副本。随着我们进一步进入数字时代，观察这项技术如何适应并与新进展相结合将是非常有趣的。总体而言，理解xerography对于任何参与文档管理的人来说都是至关重要的，无论是在企业环境中还是个人使用中，因为它仍然是我们日常生活的重要组成部分。