400 MHz NMR console

计划用核磁共振来研究与动力系统有关的复杂问题。特别是，对非侵入性刺激光的改变是许多研究小组感兴趣的，研究这种过程的工具是非常必要的。在这种情况下，选择广泛的核是一个至关重要的优势，因为它允许非常灵活的设置，从而解决广泛的研究兴趣。氟是一种越来越受欢迎的跟踪反应的探针，因为它具有很高的灵敏度。为此，三通道探头使分析变得容易得多，特别是在处理复杂的含氟化合物时，从而减少了测量和评估时间。

It is planned to study complex questions related to dynamic systems by NMR. In particular, changes to the non-invasive stimulus light are of interest to a number of research groups and tools to investigate such processes are of highly desirable. In this context, a broad selection of nuclei is a crucial advantage, as it allows for a very flexible setup allowing the broad research interests to be addressed. An increasingly popular probe for tracking reactions is fluorine, due to its high sensitivity. To this end, 3-channel probe heads make analysis much easier, especially when dealing with complex fluorinated compounds, and thus reduce measurement and evaluation time.