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The latter was found in [37 39] as the Fourier image of free induction decay.
In contrast, neither free induction decay nor solid echo pulse sequence n.m.r.
The scans were co-added and the summed free induction decay (FID) signal was exponentially multiplied and zero-filled once.
The behaviour of antiplasticized epoxy amine networks was investigated by variable-temperature determinations of 1H NMR free induction decays.
measurements, namely free induction decay (FID) and spin-lattice relaxation in both the laboratory and rotating frames.
All free induction decays (FIDs) were transformed by applying a 4 k zero filling and a line broadening of 100 Hz.
All the free induction decays (FIDs) were transformed by applying a 4 k zero filling and a line broadening of 75 Hz.
The free induction decay (FID) was apodized with 0.5 Hz of exponential line broadening prior to zero filling to 65K points and Fourier Transformation.
Sixty-four free induction decays (FIDs) were collected into 64K data points over a spectral width of 9,000 Hz with 2-s relaxation delay and acquisition time.
The free induction decays (FIDs) resulting from 1H 1D and DOSY 2D spectra were apodized by multiplying by 1- and 5-Hz exponential factors, respectively.
The free induction decays (FID) for solution-state 31P-NMR spectra were transformed by applying a fourfold zero filling and a line broadening of 6 Hz.
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