结论自行研制的三维超声重建系统设计合理、方法可行、测量准确。
Conclusion the design of our self-made three-dimensional ultrasound reconstruction is reasonable and the measurement is accurate.
方法：对31例胃肿瘤进行三维超声重建，所用仪器为奥地利产combison- 530型三维超声成像系统。
Methods: 31 cases of gastric tumor were studied. The instrument used with Kretz COMBISON-530 3d imaging system of Austria.
将传统的二维断层图像用三维超声重建系统进行处理，能在计算机屏幕上形象逼真地显示人体器官和组织的立体视图。
The 3D structure of the tissue can be realistically displayed on computer CRT by 3D ultrasonic reconstruction system, which processes traditional two-dimensional (2D) ultrasonic images.
方法：本文采用自由臂三维超声成像方法对39例各种疾病的患者进行了三维图像重建。
Methods:Two dimensional ultrasound image scanning by free hand was reconstructed stereoscopically in 39 patients with various kinds of disease.
目的：探讨三维超声表面模式重建在胆囊疾病中的实用价值。
Objective: to inquire into the practical value of three dimensional ultrasonography surface mode reconstruction in gallbladder diseases.
结论tte可以作为ASD的筛查方法，而经食道超声心动图三维结构重建测值则可作为选择A SD治疗方案以及封堵器大小的重要参考。
Conclusions TTE could be used as a screening method of ASD, while transesophageal three-dimensional echocardiography plays an important role in the selections of therapy and occluder.
本研究提出了一种用手术前MRI图像重建的三维图像与手术中的超声图像进行配准的方法，对肝部肿瘤热疗手术中的目标进行定位。
We present a method to register a pre-operative 3D MRI volume to a set of intra-operative ultrasound images for the target localization of the liver tumor in the thermotherapy.
本文报道了计算机在线重建动态三维超声心动图。
Dynamic three-dimensional echocardiographic reconstruction of the intact human left ventricle processed automatically by a computer on line is reported in this paper.
目的将超声医学图像三维重建技术与多普勒血流成像技术结合起来，实现超声血流图的动态三维重建。
Objective To implement dynamic 3d reconstruction of ultrasonic flow images by the technique of 3d reconstruction of ultrasonic medical images combined with Doppler flow imaging method.
介绍了经食管超声心动图三维重建系统的硬件装置和图像处理的流程框图。结果表明。
The hardware equipments and image processing flow chart of 3 -d reconstruction of TEE images were described.
介绍了经食管超声心动图三维重建系统的硬件装置和图像处理的流程框图。结果表明。
The hardware equipments and image processing flow chart of 3 -d reconstruction of TEE images were described.
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