Power-optimized, time-reversal pulse sequence for a robust recovery of signals from rigid segments using time domain NMR
Abstract Time domain NMR (TD-NMR) has been widely used on the analysis of liquids or
liquid components in heterogeneous materials such as food, biological tissues, synthetic
and bio polymers, oil-bearing rocks, biomasses and cement-based materials. The use of TD-
NMR for studying solid and soft mater has been growing in number and variety of
applications, mostly for organic systems where the detection of 1 H signals is highly
advantageous. However, the strong 1 H–1 H dipolar interactions in solids make the 1 H FID …
liquid components in heterogeneous materials such as food, biological tissues, synthetic
and bio polymers, oil-bearing rocks, biomasses and cement-based materials. The use of TD-
NMR for studying solid and soft mater has been growing in number and variety of
applications, mostly for organic systems where the detection of 1 H signals is highly
advantageous. However, the strong 1 H–1 H dipolar interactions in solids make the 1 H FID …
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