micrographics

简明释义

英[ˌmaɪkrəʊˈɡræfɪks]美[ˌmaɪkroʊˈɡræfɪks]

n. 缩微图形学

英英释义

单词用法

同义词

反义词

例句

1.This paper introduces the application of the computer technology, CD storage technology, micrographics, bar code technology and electronic medical record in the medical records management.

主要介绍了电子计算机技术、光盘存储技术、缩微技术、条码技术和电子病案在病案管理中的应用。

2.This paper introduces the application of the computer technology, CD storage technology, micrographics, bar code technology and electronic medical record in the medical records management.

主要介绍了电子计算机技术、光盘存储技术、缩微技术、条码技术和电子病案在病案管理中的应用。

3.In micrographics, a measure of the remoteness of the copy from the original material, the first microfilm representation being the first generation microfilm.

在缩微照相技术中，度量副本离原始资料远近的程度。第一次缩微后的胶片为第一代缩微胶片。

4.In micrographics, a measure of the remoteness of the copy from the original material, the first microfilm representation being the first generation microfilm.

在缩微照相技术中，度量副本离原始资料远近的程度。第一次缩微后的。

5.The library uses micrographics to store old newspapers in a compact format.

图书馆使用微缩摄影以紧凑的格式存储旧报纸。

6.Many universities have digitized their archives using micrographics technology.

许多大学利用微缩摄影技术数字化了他们的档案。

7.The micrographics system allows for easy retrieval of documents from the archives.

该微缩摄影系统允许轻松检索档案中的文件。

8.In the past, micrographics was the primary method for preserving historical documents.

在过去，微缩摄影是保存历史文件的主要方法。

9.The company specialized in micrographics to help organizations save space.

该公司专注于微缩摄影，帮助组织节省空间。

作文

In today's digital age, the way we store and access information has evolved dramatically. One of the fascinating technologies that have emerged in this context is micrographics. 微图像技术 refers to the process of creating miniature images of documents, which can be stored on film or digital media. This technology has played a significant role in the fields of archiving, document preservation, and information management. The origins of micrographics can be traced back to the mid-20th century when organizations began to seek efficient ways to manage large volumes of paperwork. Traditional storage methods were not only space-consuming but also made it challenging to retrieve information quickly. The introduction of micrographics allowed institutions to condense thousands of pages into a few rolls of film, thus saving space and improving accessibility. One of the primary advantages of micrographics is its ability to preserve historical documents. Many archives and libraries utilize this technology to digitize and store fragile manuscripts, newspapers, and other important records. By creating miniature images, they can protect the original documents from wear and tear while still making the information available for research and reference. This preservation method is particularly valuable for items that are rare or irreplaceable. Moreover, micrographics enhances the efficiency of information retrieval. With the advent of digital micrographics systems, users can quickly search for specific documents without having to sift through piles of paper. This capability streamlines workflows in various sectors, including legal, healthcare, and education. For example, law firms can maintain extensive case files in a compact format, allowing them to access critical information swiftly during trials or negotiations. Despite its many benefits, some challenges accompany the use of micrographics. One concern is the potential for technological obsolescence. As technology continues to evolve, older formats of micrographics may become difficult to access or read. Therefore, it is crucial for organizations to stay updated with advancements in digital storage solutions to ensure their archived materials remain accessible. Another challenge is the initial cost associated with implementing micrographics systems. While the long-term savings in storage space and improved efficiency can justify the investment, smaller organizations may find the upfront costs prohibitive. However, many companies now offer affordable solutions tailored to the needs of smaller businesses, making micrographics more accessible than ever. In conclusion, micrographics represents a significant advancement in the way we manage and preserve information. Its ability to condense large volumes of data into manageable formats has transformed archiving practices across various industries. While there are challenges to consider, the benefits of micrographics in terms of preservation and efficiency far outweigh the drawbacks. As we continue to navigate the digital landscape, embracing technologies like micrographics will be essential for effective information management and historical preservation.

在今天的数字时代，我们存储和访问信息的方式发生了巨大的变化。在这种背景下，出现了一种迷人的技术——微图像技术。微图像技术是指创建文件的微型图像的过程，这些图像可以存储在胶卷或数字媒体上。这项技术在档案管理、文件保存和信息管理领域发挥了重要作用。 微图像技术的起源可以追溯到20世纪中期，当时组织开始寻求有效管理大量文书的方式。传统的存储方法不仅占用空间，而且使快速检索信息变得困难。微图像技术的引入使机构能够将数千页内容浓缩成几卷胶卷，从而节省空间并提高可访问性。 微图像技术的主要优点之一是它能够保存历史文件。许多档案馆和图书馆利用这项技术对脆弱的手稿、报纸和其他重要记录进行数字化和存储。通过创建微型图像，他们可以保护原始文件免受磨损，同时仍然可以提供信息以供研究和参考。这种保存方法对于稀有或不可替代的物品尤其有价值。 此外，微图像技术提高了信息检索的效率。随着数字微图像系统的出现，用户可以快速搜索特定文件，而无需翻阅一堆纸张。这种能力简化了各个行业的工作流程，包括法律、医疗和教育。例如，律师事务所可以以紧凑的格式维护大量案件文件，使他们能够在审判或谈判期间迅速访问关键信息。 尽管有许多好处，但使用微图像技术也伴随着一些挑战。一个问题是技术过时的潜在风险。随着技术的不断发展，旧版微图像格式可能会变得难以访问或阅读。因此，组织必须保持对数字存储解决方案进展的关注，以确保其归档材料保持可访问性。 另一个挑战是实施微图像技术系统所需的初始成本。尽管长期节省的存储空间和提高的效率可以证明投资的合理性，但较小的组织可能会发现前期成本难以承受。然而，许多公司现在提供适合小型企业需求的经济解决方案，使得微图像技术比以往任何时候都更易于获得。 总之，微图像技术代表了我们管理和保存信息方式的重要进步。其将大量数据浓缩为可管理格式的能力改变了各个行业的档案实践。尽管需要考虑一些挑战，但在保存和效率方面，微图像技术的好处远远超过缺点。随着我们继续在数字领域中航行，拥抱像微图像技术这样的技术对于有效的信息管理和历史保存将是至关重要的。