750 MHz NMR-Spectrometer for 17,6 T Magnet

固态核磁共振和扩散在最高(在莱比锡可用)磁场允许获取由于较高的光谱分辨率和灵敏度而在较低磁场下无法获得的材料的信息。这在光谱仪的协作使用中具有多方面的重要性。其中，对不同多孔体系的表征还与小分子的吸附或药物释放、(对位)磁性体系的表征以及对气溶胶、水的吸附和冰核形成过程等有关。在这个高场下，13C物种的扩散研究也是可能的。高场下的灵敏度和较高的时间分辨率允许研究基于铜酸盐的超导体中的不同效应，特别是在高压和极低样本量下的测量(GPA-核磁共振)。在生物物理学领域，尤其是G蛋白偶联受体的结构动力学以及对脂膜结构和动力学的研究具有重要意义。对于后者，由于可用的样品数量较少，在最高场具有较高的灵敏度是进行研究的先决条件。

Solid-state NMR and diffusion at the highest (in Leipzig available) magnetic fields allows to obtain information about materials not accessible at lower field due to the higher spectral resolution and sensitivity. This is of importance in multiple ways in the collaborative usage of the spectrometer. Among this, the characterization of different porous systems also in combination with adsorption or drug-release of small molecules, characterization of (para)magnetic systems as well as for aerosols the adsorption of water and processes of ice nucleation are of interest among others. At this high field also the study of diffusion of 13C species is possible.The sensitivity at highest field and the higher time resolution allows for the investigation of different effects in superconductors based on cuprates, especially measurements at high pressures with very low amount of sample (GPa-NMR). In the area of biophysics especially the structural dynamics in G-protein coupled receptors and the investigation of structure and dynamics of lipid membranes are of importance. For the latter, due to the low amount of available sample material the higher sensitivity at highest field is a prerequisite for the study.