Keller P J, Hunter W W, Schmalbrock P
Radiology. 1987 Aug;164(2):539-41. doi: 10.1148/radiology.164.2.3602398.
Proton chemical shift imaging yielding separate water and lipid images was performed in a multisection mode on a clinical 1.5-T whole-body magnetic resonance imaging unit. Imaging was performed with a minor modification of the standard multisection spin-warp technique: that is, the addition of a sinc pulse or a soft square pulse and a homospoil gradient at the beginning of the pulse sequence. Phantom and human anatomic images are presented.
在一台临床用1.5-T全身磁共振成像设备上,以多层面模式进行了能生成单独水和脂质图像的质子化学位移成像。成像采用了对标准多层面自旋扭曲技术的微小改进:即在脉冲序列开始时添加一个 sinc 脉冲或软方波脉冲以及一个匀相破坏梯度。展示了体模和人体解剖图像。