SPP 2045: Highly specific and multidimensional fractionation of fine particle systemes with technical relevance

SPP 2045：具有技术相关性的细颗粒系统的高度特异性和多维分级

• 批准号: 313858373
• 金额: --
• 依托单位: Institut für Mechanische Verfahrenstechnik und Aufbereitungstechnik
• 依托单位国家: 德国
• 项目类别: Priority Programmes
• 资助国家: 德国
• 项目状态: 未结题
• 来源: https://gepris.dfg.de/gepris/projekt/313858373?language=en
• 关键词: SPP; 2045; Highly; specific; multidimensional

The joint research of the priority program continues to aim at the research on and development of technological approaches, which allow the separation of fine particles below 10 µm. Based on the excellent work of the first phase, the aim is to publish substantial contributions for the basic training in the field of particle technology, which enables future teachings also to include the aspects of multi-dimensional analysis of particle systems. The program committee will motivate selected subprojects to make their respective contribution to this. The use of a new optical measuring device (Single-particle-light-scattering SPLS, LUMISpoc), covering a large part of the working area of the SPP due to the measuring range, allows the subprojects to receive information of both size and shape for individual single particles at the same time. It will enable the projects to generate multi-dimensional distributions and the associated multidimensional separation functions. It is also planned to establish a particle database which allows worldwide access to all datasets. The datasets are made available to the scientific community to be used in scientific publications. To establish a coherent scientific and thematic program, the collaboration needs regular personal meetings between the working groups (PhD-student and responsible group leader). Another point is the organization of training activities like summer schools or workshops on special scientific topics as well as invited lectures of leading scientists. The organization also implies the communication, e.g. web presence as well as the accounting of the networking activities, which definitely needs as assigned working force.

优先项目的联合研究继续致力于研究和开发技术方法，以分离10 µm以下的细颗粒。基于第一阶段的出色工作，目标是为粒子技术领域的基础培训发表实质性贡献，这使得未来的教学也包括粒子系统的多维分析方面。计划委员会将激励选定的子项目为此做出各自的贡献。使用新的光学测量设备（单颗粒光散射SPLS，LUMISpoc），由于测量范围，覆盖了SPP的大部分工作区域，允许子项目同时接收单个颗粒的尺寸和形状信息。它将使项目能够生成多维分布和相关的多维分离函数。还计划建立一个粒子数据库，使全世界都能查阅所有数据集。这些数据集提供给科学界，供科学出版物使用。为了建立一个连贯的科学和主题计划，合作需要工作组（博士生和负责的组长）之间定期举行个人会议。另一点是组织培训活动，如暑期学校或关于特殊科学主题的讲习班，以及邀请主要科学家讲课。该组织还意味着通信，例如网络存在以及网络活动的会计，这肯定需要指定的工作人员。