Scientific Information Service for Materials Science

材料科学与工程包括材料相关的基础研究和材料的工程化开发。这两个领域的研究活动密切相关，包括所有类别的材料和材料开发过程。材料是创新的关键。因此，材料科学与工程对可持续未来的设计产生了重大影响。可再生能源存储技术的巨大潜力的例子说明了通常只能用材料科学与工程知识来应对的挑战。 对于竞争性科学，研究人员不仅需要特定主题的信息，而且最重要的是，支持基础设施服务，伴随着从信息和数据研究到数据生成、数据分析、文本和数据出版及其永久存档的整个研究周期。为了尽可能全面地支持研究人员提供满足其需求的可靠信息基础设施，TIB和SLUB自2021年以来一直在共同开发和建立材料科学与工程专业信息服务（https：//www.materials-science.info/），其目标如下：-集中和位置独立访问特定主题信息。这包括材料数据和相关研究成果、专家信息和专题文献等。- 加强材料研究和材料工程领域的网络联系，扩大研究人员及其在异质研究领域的成就的知名度。 - 加强科学与工业之间的知识转移。 在第二个供资期，重点将是通过大幅扩大所有服务的数据基础来扩大信息的范围，增加在专家群体中的可见度和使用，扩大现有服务，并增加一项服务，提供对材料测试的特定分布式设备和服务的访问。FID材料科学不断进行评估，并在与专家社区的对话中进一步发展。

Materials Science and Engineering comprises both materials-related basic research and the engineering-oriented development of materials. Research activities of both fields are closely related and include all classes of materials and material development processes. Materials are crucial for innovations. Materials Science and Engineering has therefore a significant influence on the design of a sustainable future. The example of the enormous potential of storage technology for renewable energies illustrates the challenges that can often only be met with knowledge in Materials Science and Engineering. For competitive science, researchers need not only subject-specific information but also, and above all, supporting infrastructure services that accompany the entire research cycle from information and data research to data generation, data analysis, publication of texts and data, and their permanent archiving. In order to support the researchers as comprehensively as possible with reliable information infrastructures that meet their needs, TIB and SLUB have been working together since 2021 on the development and establishment of the Specialized Information Service Materials Science and Engineering (https://www.materials-science.info/) with the following goals: - Central and location-independent access to subject-specific information. This includes, among other things, materials data and related research results, specialist information and subject-specific literature. - Strengthening networking within materials research and materials engineering and expanding the visibility of researchers and their achievements in the heterogeneous research landscape. - Increasing knowledge transfer between science and industry. In the second funding period, the focus will be on increasing the scope of information by substantially expanding the data basis for all services, increasing visibility and use in the specialist community, expanding existing services and adding a service that provides access to specific, distributed equipment and services for materials testing. The FID Materials Science is continuously evaluated and further developed in dialog with the specialist community.