Electronic cross-linking of the Kiel Nanolab

基尔的纳米实验室是一个联合实验室，用于生产和部分表征纳米系统组件，建立在基尔大学(CAU)的克里斯蒂安-阿尔布雷希茨大学(CAU)工程系，对整个大学和外部合作伙伴开放。它被DFG注册为研究基础设施。该设备和开展的工作的重点是用于传感器技术、医疗植入物、神经形态部件、能量收集和执行器应用的新型功能材料的生产、结构和集成。目前，来自材料科学、电气工程和物理等12个工作组的约80名注册学生、博士后研究人员和博士后研究人员定期使用该实验室。此外，它经常被弗劳恩霍夫硅技术研究所(ISIT)的员工用作CAU的分支机构，并被工程学院的两家剥离公司使用：Acquandas GmbH和Phi-Stone AG。这一应用程序的目的是使已经部分存在的访问和计费系统更加透明，从而更容易理解。为此目的，将在所有设施安装电子订票和会计系统，以便对设备进行在线监测，例如进行及时的维修工作。此外，应对设备设置和控制参数进行全面记录，以提高所用工艺的重现性。作为最后一步，这些数据将与在本措施范围内采用的用户的电子观察手册合并，以便根据国家外国直接投资的目标产生更多可用的科学数据。

Kiel’s Nanolab is a joint laboratory for the production and partial characterization of nanosystem components established at the Faculty of Engineering of the Christian-Albrechts-University of Kiel (CAU) and is open to the entire university and external cooperation partners. It is registered as a research infrastructure at the DFG. The focus of the equipment and the work carried out is on the production, structuring and integration of novel functional materials for applications in sensor technology, medical implants, neuromorphic components, energy harvesting and actuators. In addition to many individual grants from the DFG and ERC, Kiel’s Nanolab is a central scientific infrastructure for large collaborative projects such as the SFB 1261 "Magnetoelectric Sensors: from Composite Materials to Biomagnetic Diagnosis", the GRK 2154 "Materials for Brain", the FOR 2093 "Memristive Components" and the graphene flagship FLAG-ERA. At present, the laboratory is regularly used by about 80 registered students, doctoral researchers and postdoctoral researchers from 12 working groups in materials science, electrical engineering and physics. In addition, it is regularly used by employees of the Fraunhofer Institute for Silicon Technology (ISIT) as a branch office at CAU and by two spin-off companies at the Faculty of Engineering: Acquandas GmbH and Phi-Stone AG. The objective of this application is to make the already partly existing access and billing system more transparent and subsequently more comprehensible. For this purpose, electronic booking and accounting systems will be installed at all facilities, which additionally enable online monitoring of the equipment, e.g. to carry out timely maintenance work. Furthermore, the device settings and control parameters should be fully documented in order to contribute to a higher reproducibility of the processes used. As a final step, these data will be merged with electronic observation books of the users introduced in the context of this measure in order to generate further usable scientific data in accordance with the objectives of the NFDI.