Single Scan 2D NMR Spectroscopy on a 25 T Bitter Magnet.
2D NMR relies on monitoring systematic changes in the phases incurred by spin coherences as a function of an encoding time t(1), whose value changes over the course of independent experiments. The intrinsic multiscan nature of such protocols implies that resistive and/or hybrid magnets, capable of delivering the highest magnetic field strengths but possessing poor temporal stabilities, become unsuitable for 2D NMR acquisitions. It is here shown with a series of homo- and hetero-nuclear examples that such limitations can be bypassed using recently proposed 2D "ultrafast" acquisition schemes, which correlate interactions along all spectral dimensions within a single scan.
Department of Chemical Physics, Weizmann Institute of Science, 76100 Rehovot, Israel.
Boaz
B
Shapira
Kiran
K
Shetty
William W
WW
Brey
Zhehong
Z
Gan
Lucio
L
Frydman