目的：探讨单激发快速自旋回波序列(SSFSE)尿路造影技术及其临床应用价值。
Objective: To evaluate the technique of MRU with single shot FSE (SSFSE) pulse sequence and its clinical value.
结果：FLAIR序列检出病灶66枚，常规自旋回波序列检出病灶46枚，前者较后者敏感性高。
Results:FLAIR sequence detected 66 focus of disease, whereas conventional SE sequence detected 46 focus of disease. The former was more sensitive than the latter.
结果：FLAIR序列检出病灶66枚，常规自旋回波序列检出病灶46枚，前者较后者敏感性高。
Results: FLAIR sequence detected 66 focus of disease, whereas conventional se sequence detected 46 focus of disease. The former was more sensitive than the latter. Conclusion: FLAIR sequence can...
方法：应用半傅立叶转换自旋回波序列（FASE），重T2加权，对41例胰胆管疾病患者行MRCP检查。
Methods: MRCP of 41 patients with pancreaticobiliny duct diseases was performed by using heavily T2 weighted half-fourier fast acquision spine-echo (FASE)sequences.
MRC采用高级转换快速自旋回波序列(FASE)，二维和三维成像，图像经最大信号强度投影(mip)后处理。
MRC was performed with 2d, 3d fast advanced spin echo (FASE) sequence. The resulting slices were reconstructed with maximum intensity projection (MIP) into composite images.
MRH采用不屏气涡轮自旋回波(TSE)序列，同时应用呼吸门控和脂肪抑制技术。
MRH used non breath hold Turbo Spin Echo sequence (TSE) with respiratory triggering and fat suppression techniques.
材料与方法：对40例脑部受检查者分别使用FLAIR序列及常规自旋回波（SE）序列进行对比分析。
Materials and Methods:40 patients were studied using FLAIR sequence and conventional spin echo(SE). The mode of presentation of the lesions were compared.
然后用快速自旋回波重T2 WI加权序列扫描，图像经最大密度投影法重建。
Then fast spiral echo sequence was used to get weighted T2WI images and the images were reconstructed with MIP(maximum intensity projection).
方法对73例颅脑疾病患者行快速自旋回波(FSE)序列及FLAIR序列扫描。
Methods 73 cases with varied brain disease were studied with FLAIR sequence and FSE.
配合谱仪进行了自旋回波脉冲序列的成象实验，获得了较高质量的质子密度图像。
The imaging experiment of spin-echo pulse-sequence was accomplished and images of good quality were obtained by using the homemade NMR micro-imaging system.
所有病例均行常规自旋回波(SE)序列和心电门控MRI电影检查。
Spin echo (se) sequence and EGG-gated cine-MRI were adopted in all 22 cases.
均采用自旋回波（SE）、短时反转恢复（STIR）序列。
All MR imaging was performed by using spin echo(SE)and short time inversion recovery(STIR)sequences.
均采用自旋回波（SE）、短时反转恢复（STIR）序列。
All MR imaging was performed by using spin echo(SE)and short time inversion recovery(STIR)sequences.
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