Abstract
The polarization in polarized solid targets is usually measured by a continuous wave nuclear magnetic resonance system (CW-NMR). This technique reaches its limits for small and wide signals. The pulsed NMR technique is usually used in nuclear physics and medicine, because of its higher performance and sensitivity compared to the CW-NMR. First tests and linearity measurements of the detection system of our new pulsed NMR will be presented.
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