论文标题
低场中的零死亡时间NMR：重新访问单层边界技术
Zero-dead Time NMR in Low Field: Single-Sideband Technique Revisited
论文作者
论文摘要
最近，由于其零死亡时间和低RF功率的好处，这种快速扫描技术正在NMR或EPR中恢复。尽管信号基线仍然是此类实验的一个大问题，但时间共享方法已被用来间接避免。但是，这显然不是真正的零死时间方法。还采用了其他数据处理方法来处理原始数据。在这里，我们尝试使用11.4MHz的单层技术来减轻这一障碍。前景是单个边带技术可用于低/高场成像的快速扫描实验。
Recently the rapid-scan technique is reviving in NMR or EPR, because of its benefits of zero-dead time and low RF power. While signal baseline is still a big problem in such experiments, time-share method has been used to indirectly avoid it. However, it is obviously not a truly zero-dead time method. Other data-processing methods were also adopted to deal with raw data. Here we try to use single-sideband technique at 11.4MHz to mitigate this obstacle. The prospect is that single sideband technique can be used in rapid-scan experiment for low/high field imaging.
