500 MHz FT-NMR-Spectrometer

物质和反应产物的结构表征是优秀化学研究的基本要素。现代核磁共振光谱学在现代化学中是不可或缺的。弗里德里希席勒大学的所有核磁共振仪器都组织在一个大型仪器平台上，该平台为耶拿地区的核磁共振测量和科学建议提供了一个中心接触点。为了为当前的有机和无机化学研究创造必要的测量能力，获得一台精确配置的500MHz核磁共振光谱仪将能够处理迄今为止尚未充分表征的系统，从而有效地加强耶拿作为科学地点的地位。通过扩大测量能力并间接改善现有仪器的配置可能性，将能够对生化样品进行耗时且研究密集型的分析。该仪器将持续提高整个核磁共振平台的生产力，进一步提高工作组与化学研究所的合作能力及其第三方资助能力，并为青年科学家提供显着改善的资格机会。此外，它将有目的地支持运行合作研究中心的项目（例如SFB1127“ChemBioSys”，SFB1278“PolyTarget”，TRR234“Catalight”）和DFG资助的优秀集群“平衡的微观宇宙”。这些项目导致耶拿大学的核磁共振波谱学研究问题日益复杂，这些问题将在申请设备的帮助下得到回答。

The structural characterization of substances and reaction products is an essential element of excellent chemical research. Modern NMR spectroscopy is indispensable in modern chemistry. All NMR instruments at the Friedrich Schiller University are organized in a large instrument platform, which offers a central contact point for NMR measurements and scientific advice at the Jena location. In order to create the necessary measurement capabilities for both current organic and inorganic chemistry research, the acquisition of a precisely configured 500MHz NMR spectrometer will enable the processing of systems that have so far been inadequately characterized and thus effectively strengthen Jena as a scientific location. By expanding the measuring capacities and indirectly improving the configuration possibilities of existing instruments, time-consuming and research-intensive analyses of biochemical samples will be enabled. This instrument will sustainably increase the productivity of the NMR platform as a whole, further improve the cooperation capability of the working groups and the chemical institutes and their third-party funding capability, and offer young scientists significantly improved qualification opportunities.Furthermore, it will purposeful support projects in running cooperative research centers (e.g. SFB1127 "ChemBioSys", SFB1278 "PolyTarget", TRR234 "Catalight") and in the cluster of excellence "Balance of the Microverse" funded by the DFG. These projects lead to increasingly complex research questions in the NMR spectroscopy at the University of Jena, which are to be answered with the help of the device applied for.