PURPOSE: TO present an algorithm for performing phase unwrapping for fat and water
signal separation in the three-point Dixon (3PD) method of magnetic resonance (MR) …

A double‐echo two‐excitation pulse sequence encoding fat and water signals for a phase‐
sensitive three‐point Dixon‐type analysis (DE‐3PD) was developed and implemented on a …

To separate water and lipid resonance signals by phase‐sensitive MRI, a two‐point Dixon
(2PD) reconstruction is presented in which phase‐unwrapping is used to obtain an …

The process of separating water and fat signal in magnetic resonance images with the Dixon
pulse sequence is hindered by phase errors in the water-fat opposed image. These errors …

A method for suppressing fat in fast spin‐echo imaging with the three‐point Dixon technique
is described. The method differs from the three‐point Dixon method used in conventional …

OBJECTIVE. The purpose of this study is to describe and to implement a new fast three-point
Dixon MR imaging sequence with online image reconstruction, and to compare this …

Fat suppression is commonly used in magnetic resonance (MR) imaging to suppress the
signal from adipose tissue or detect adipose tissue. Fat suppression can be achieved with …

A water and fat separation technique based on a three‐point Dixon method using two‐
dimensional (2D) and three‐dimensional (3D) gradient‐echo sequences and a new phase …

Purpose To develop a phased‐array coil‐compatible, fast three‐point Dixon (TPD)
technique, and compare its performance in T2‐weighted spine imaging with that of the …

In 1984, Dixon published a first paper on a simple spectroscopic imaging technique for
water and fat separation. The technique acquires two separate images with a modified spin …