这种先进的非破坏性技术能产生埋藏物体和自然埋藏环境的高清晰三维立体图像。
This advanced non-destructive technology generates high-resolution, three-dimensional images of buried objects and natural interface layers.
重建后的松质骨三维立体图像呈均匀、致密的立体网状结构，骨小梁连接清晰可见。
The 3D images of trabecular structure of cancellous bone after reconstruction were displayed with peculiarity of uniformity a nd solid reticulation.
利用清晰逼真的颌面部三维立体图像对小型钛板颌面部骨折内固定术的治疗效果进行评价。
Using the vivid jaw and face three dimension image to evaluate the treated effect of fracture inner fixup with small titanium board.
在普通点光源下，以不同角度观察时，可在您的商标背后显示其他三维立体图像，从而增加三维图像的景深度。
Viewed under normal lighting at various angles, other images can be embedded beneath your logo increasing the depth of your 3d image.
研究人员使树蛇从15米高的塔顶端飞行，过程中使用了4个摄影机拍摄蛇滑行的轨迹，以拍摄成三维立体图像。
They launched the snakes from the top of a 15-metre tower and used four video cameras to construct 3-D images of the animals’ trajectories.
研究人员使树蛇从15米高的塔顶端飞行，过程中使用了4个摄影机拍摄蛇滑行的轨迹，以拍摄成三维立体图像。
They launched the snakes from the top of a 15-metre tower and used four video cameras to construct 3-D images of the animals' trajectories.
方法：回顾性分析12例PE患者，均行螺旋CT容积扫描，并在工作站进行图像后处理，获得肺动脉多平面重建图像及三维立体图像。
Methods:12 patients with PE were performed spiral CT volume scanning. Three dimensional and multiplanar images of pulmonary artery were obtained after post procession in the work station.
实现立体显示的关键环节是首先获取三维视景的立体图像对。
Before stereo display technology comes true on plane screen, stereoscopic images pair of 3d scene must be got.
立体照相采用线条光栅还原立体图像，在三维显示技术中具有独特的作用。
The stereo-photographing technology, which USES line grating and reverts to stereo image, plays a special role in 3-dim display.
并可进一步作出光谱图像的等密度轮廓曲线和三维立体图形，大大提高了光谱底片数据处理的效率和精度。
In addition, the contour and 3D graph deduced from the image can also be produced. This code can greatly improve the efficiency and precision in film image data processing.
并可进一步作出光谱图像的等密度轮廓曲线和三维立体图形，大大提高了光谱底片数据处理的效率和精度。
In addition, the contour and 3D graph deduced from the image can also be produced. This code can greatly improve the efficiency and precision in film image data processing.
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