Fast-Track to Research Data Management in Experimental Material Science–Setting the Ground for Research Group Level Materials Digitalization

IF 4.3 3区 材料科学 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC
Lars Banko, Alfred Ludwig*
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引用次数: 7

Abstract

Research data management is a major necessity for the digital transformation in material science. Material science is multifaceted and experimental data, especially, is highly diverse. We demonstrate an adjustable approach to a group level data management based on a customizable document management software. Our solution is to continuously transform data management workflows from generalized to specialized data management. We start up fast with a relatively unregulated base setting and adapt continuously over the period of use to transform more and more data procedures into specialized data management workflows. By continuous adaptation and integration of analysis workflows and metadata schemes, the amount and the quality of the data improves. As an example of this process, in a period of 36 months, data on over 1800 samples, mainly materials libraries with hundreds of individual samples, were collected. The research data management system now contains over 1700 deposition processes and more than 4000 characterization documents. From initially mainly user-defined data input, an increased number of specialized data processing workflows was developed allowing the collection of more specialized, quality-assured data sets.

Abstract Image

实验材料科学研究数据管理的快速通道——为研究组级材料数字化奠定基础
研究数据管理是材料科学数字化转型的重要组成部分。材料科学是多方面的,尤其是实验数据是高度多样化的。我们演示了一种基于可定制文档管理软件的组级数据管理的可调整方法。我们的解决方案是不断地将数据管理工作流从通用数据管理转换为专用数据管理。我们以相对不规范的基础设置快速启动,并在使用期间不断调整,将越来越多的数据过程转换为专门的数据管理工作流。通过对分析工作流程和元数据方案的不断适应和集成,数据的数量和质量得到了提高。作为这一过程的一个例子,在36个月的时间里,收集了1800多个样本的数据,主要是具有数百个单独样本的资料库。研究数据管理系统现在包含1700多个沉积过程和4000多个表征文件。从最初主要是用户定义的数据输入,开发了越来越多的专门数据处理工作流,允许收集更专业、更有质量保证的数据集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
7.20
自引率
4.30%
发文量
567
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