GRK 611: Design and Characterisation of Functional Materials

组成研究训练组的工作组来自汉堡大学的化学、物理和矿物学学科领域。这些小组已经确定了一个共同的目标，共同为研究项目“纳米尺度上的粒子、簇和胶体”、“功能化表面”、“结构固体”和“多孔材料”做出贡献。为了实现这一目标，在贡献学科领域内，在合成（纳米颗粒，固体材料，分子前体和表面化学的生成）和分析技能（如扫描隧道和原子力显微镜，等离子体发射和x射线荧光光谱，光电子光谱）方面建立了良好的潜力，用于研究与材料科学相关的多种化学和物理系统。主要研究领域是纳米尺度，表面和颗粒的修饰和功能化，中宏观固体的结构，包括那些具有内表面的固体（多孔材料），以及“分子”和高度组织化材料的研究，以创造特定的电、磁、催化和光学性质。基于讨论小组和研讨会的大量联合会议，材料科学领域的高能力平台已经出现，这是进一步创新和日益相互关联的研究项目的基础。

The working groups constituting the research training group resort from the subject areas chemistry, physics and mineralogy of the Hamburg University. These groups have defined as a common objective to jointly contribute to the research projects "particles on the nano scale, clusters and colloids", "functionalised surfaces", "structured solids", and "porous materials". In order to achieve this goal, a well established potential in synthetic (generation of nano particles, solid materials, molecular precursors, and surface chemistry) and analytic skills (such as scanning tunnel and atomic force microscopies, plasma emission and X-ray fluorescence spectrometries, photoelectron spectroscopies) within the contributing subject areas is employed to investigate a manifold of chemical and physical systems of discernable relevance for material science. Main research areas are nano-scaling, modification and functionalisation of surfaces and particles, structuring of meso- and macroscopic solids including those with internal surfaces (porous materials), and investigations of "molecular" and highly organised materials in order to create specific electrical, magnetic, catalytic and optical properties. Based on a plethora of joint meetings within discussion groups and workshops, a platform of high competence in material science has emerged, which is basis for further innovative and increasingly interlinked research projects.