Kombinatorische Dünnschichtanalytikplattform

MCH的所有研究项目都集中在相稳定性或弹性性质的剪裁上，对形貌、化学成分和化学状态信息的空间分辨分析是量子力学引导材料设计的基本要求。目前，我们缺乏沿着成分梯度和深度的函数来探索局部的成分、形貌和化学状态的可能性。这些信息对于实施我们的基于知识的相稳定性和弹性剪裁的研究策略至关重要。场发射俄歇显微镜的分析分辨率为8纳米，成像分辨率为3纳米。

All research projects carried out at MCh are focused on tailoring of phase stability or elastic properties.Spatially resolved analysis of morphology, chemical composition, and chemical state information is an essential requirement for quantum mechanically guided materials design. Currently, we lack the possibility to probe the composition, morphology, and chemical state locally along the composition gradient as well as a function of depth. This information is crucial for implementing our research strategy of knowledge based tailoring of phase stability and elasticity. The Field Emission Auger Microscope operates with an analytical resolution of 8 nm and imaging resolution of 3 nm.