Abstract
In MR imaging, two-dimensional Fourier transformation (2DFT) of the data has been the most commonly used and robust data processing method. Three-dimensional Fourier transformation (3DFT) imaging has been available in MR imaging since its early days (Johnson et al. 1983; YOUNG 1984; Aichner et al. 1994). All the MR pulse sequences used with 2DFT can be also acquired with 3DFT. Initially, the higher acquisition times of these images was responsible for them being little used. However, the interest in three-dimensional (3D) imaging is continuously increasing. Nowadays, the higher quality and gradient power of the MR systems in use, as well as the advances in image processing technologies and computing, are responsible of the increasingly common use of three-dimensional images in the clinical setting.
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