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1·Perfusion MR images were obtained with spin-echo echo planar imaging (SE-EPI) techniques.

运用自旋回波-回波平面成像(SE - EPI)技术行MR灌注成像。

2·Artifacts produced by retention pin, nickel chromium crown and so on were less severe on fast spin-echo.

牙用固位钉、镍铬合金冠等材料在快速自旋回波图像上伪影减轻。

3·All but 10 of the patients underwent gadolinium-enhanced axial and sagittal T1-weighted turbo spin-echo imaging.

除了10名病人外，均进行增强横断和矢状t1加权tse成像检查。

4·The technique of T2-weighted fast spin-echo fluid image was used in MRCP. ERCP and PTCwere performed in routine way.

MRCP采用重t 2加权及超快速自旋回波水成像技术进行，ERCP和PT C按常规方法进行。

5·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.

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。

6·Objective To discuss the value of fluid attenuated inversion recovery (FLAIR) and fast spin echo (FSE) in MRI of the brain.

目的探讨脑脊液衰减翻转恢复(FLAIR)与快速自旋回波(FSE)在颅脑的应用对比价值。

7·Materials and Methods:40 patients were studied using FLAIR sequence and conventional spin echo(SE). The mode of presentation of the lesions were compared.

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。

8·Objective To investigate the diagnostic value of conventional spin echo (se) in combination with cine MRI in congenital heart disease.

目的探讨常规自旋回波(SE)结合电影MRI对先天性心脏大血管畸形的诊断价值。

9·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.

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。

10·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。