universal decimal classification

简明释义

国际十进分类法十进制分类法

英英释义

例句

1.The universal decimal classification is widely adopted in libraries across Europe.

在欧洲的许多图书馆中，十进制分类法被广泛采用。

2.The library uses universal decimal classification to organize its vast collection of books.

这个图书馆使用十进制分类法来组织其庞大的书籍收藏。

3.When researching a specific topic, I found it helpful to refer to the universal decimal classification system.

在研究特定主题时，我发现参考十进制分类法系统非常有帮助。

4.For my thesis, I had to classify my sources according to the universal decimal classification standards.

为了我的论文，我必须根据十进制分类法标准对我的来源进行分类。

5.Students are taught how to navigate the library's catalog using universal decimal classification.

学生们被教导如何使用十进制分类法浏览图书馆的目录。

作文

The library is often considered the heart of knowledge, housing an immense collection of books, articles, and other resources. To navigate this vast sea of information, libraries employ various classification systems. One of the most effective and widely recognized systems is the universal decimal classification. This system is designed to organize knowledge in a way that is both logical and accessible, facilitating easier retrieval of information for researchers, students, and the general public.The universal decimal classification (UDC) was developed in the late 19th century by Paul Otlet and Henri La Fontaine. It is based on the Dewey Decimal System but expands upon it significantly, allowing for greater specificity and flexibility. The UDC uses a combination of numbers and letters to categorize subjects, making it possible to classify a single work under multiple headings. This is particularly useful in our increasingly interdisciplinary world, where topics often overlap and intertwine.One of the key features of the universal decimal classification is its hierarchical structure. At the top level, knowledge is divided into ten main classes, such as philosophy, science, and arts. Each class is further subdivided into more specific categories, allowing for a detailed breakdown of subjects. For example, within the class of science, one may find categories for physics, chemistry, and biology. This organized structure not only helps in locating materials but also aids in understanding the relationships between different fields of study.Another significant advantage of the universal decimal classification is its international applicability. Unlike some classification systems that are limited to specific languages or regions, the UDC is used globally, making it a truly universal system. This is particularly important in our globalized society, where information is shared across borders. Researchers and librarians from different countries can understand and utilize the same classification system, which facilitates collaboration and information exchange.Furthermore, the universal decimal classification is continually evolving. As new fields of study emerge and knowledge expands, the UDC is updated to reflect these changes. This adaptability ensures that the system remains relevant and useful in the face of rapid advancements in technology and science. For instance, with the rise of digital media and online resources, the UDC has incorporated new categories to address these developments, ensuring that users can find both traditional and contemporary materials.In conclusion, the universal decimal classification is an essential tool for organizing knowledge in libraries and beyond. Its structured approach, international relevance, and adaptability make it a superior choice for classifying a wide range of subjects. As we continue to generate and consume information at an unprecedented rate, systems like the UDC will play a crucial role in helping us navigate the complexities of modern knowledge. Understanding and utilizing the universal decimal classification is not just beneficial for librarians; it is vital for anyone who seeks to engage with the wealth of information available today.

图书馆常被视为知识的心脏，藏有大量的书籍、文章和其他资源。为了在这片信息的海洋中导航，图书馆采用了各种分类系统。其中一个最有效和广泛认可的系统是国际十进制分类法。该系统旨在以逻辑和可访问的方式组织知识，便于研究人员、学生和公众更轻松地检索信息。国际十进制分类法（UDC）是在19世纪末由保罗·奥特莱特和亨利·拉丰坦开发的。它基于杜威十进制系统，但在此基础上进行了显著扩展，允许更大的特异性和灵活性。UDC使用数字和字母的组合来对主题进行分类，使得单一作品可以在多个标题下分类。这在我们日益跨学科的世界中尤为有用，因为主题往往相互重叠和交织。国际十进制分类法的一个关键特征是其层次结构。在顶层，知识被划分为十个主要类别，如哲学、科学和艺术。每个类别进一步细分为更具体的分类，允许对主题进行详细的划分。例如，在科学类别中，可以找到物理学、化学和生物学的分类。这种有组织的结构不仅有助于查找材料，还有助于理解不同学科之间的关系。国际十进制分类法的另一个显著优势是其国际适用性。与某些仅限于特定语言或地区的分类系统不同，UDC在全球范围内使用，使其成为一个真正的通用系统。这在我们全球化的社会中尤为重要，因为信息跨越国界共享。来自不同国家的研究人员和图书馆员可以理解和利用相同的分类系统，这促进了合作与信息交流。此外，国际十进制分类法正在不断演变。随着新学科的出现和知识的扩展，UDC会不断更新以反映这些变化。这种适应性确保了该系统在科技和科学快速发展的情况下仍然保持相关性和实用性。例如，随着数字媒体和在线资源的兴起，UDC已纳入新的类别以应对这些发展，确保用户能够找到传统和现代材料。总之，国际十进制分类法是组织图书馆及其他领域知识的重要工具。其结构化的方法、国际相关性和适应性使其成为分类广泛主题的优选选择。随着我们以空前的速度继续生成和消费信息，像UDC这样的系统将在帮助我们应对现代知识的复杂性方面发挥关键作用。理解和利用国际十进制分类法不仅对图书馆员有益；对于任何希望参与当今丰富信息的人来说都是至关重要的。