Modern 3-D technology works by rapidly flickering two versions of the movie and projecting them onto each eye.
现代3D技术的工作原理是通过快速闪动两个版本的电影，并将它们投射到每只眼睛上。
A lot of our best 3-d technology already comes out of Japan's consumer electronic giants, so it is certainly the leading candidate to create a functioning setup for this kind of thing.
我们现在用的许多三维技术都是出自日本的消费电子巨头，如要制造在这方面的能实际运用的一整套设备，日本无疑拥有最强的研发能力。
So attention is shifting to the next frontier in display technology: three-dimensional (3-d) images.
现在，人们的注意力转移到了下一代的前沿科技产物：三维影像(three - dimensional images)。
3-d technology has seen a Renaissance recently.
3d技术最近已经出现了复兴。
Even sculpture has adopted digital "rapid prototyping" technology that allows whatever a programmer can imagine to be translated into 3-d objects in plastic.
连雕塑也可以利用电子“快速原型技术”把三维模型迅速制作成塑料模型。
As experts debate the feasibility of reconstruction, a team at Germany's RWTH Aachen University is testing 3-d technology that allows researchers to reassemble pieces of the former giants-virtually.
在专家们讨论重建的可行性的时候，一个德国亚琛工业大学的团队正在测试一种三维技术，这种技术可以让研究人员重组之前巨大佛像的碎片——虚拟地。
Television makers, in turn, hope that by helping to promote 3-d technology on the big screen, broadcasters will follow Hollywood's lead and start offering 3-d programming.
相应的，电视制造商希望通过帮助好在大屏幕上推广三维技术，广播也会跟着好莱坞的步伐提供三维节目。
There are other 3-d Blu-ray discs available, but they use the old blue-and-red glasses 3-d technology, which doesn't look nearly as good.
也有其他的3d蓝光光盘可用，但它们采用旧的红蓝眼镜三维技术，看起来不够好。
They just knew it was based on 3-d graphic technology, not a 3-d display.
他们只知道是种基于3d的图形技术，而非显示技术。
Our TQ article explains the technology behind the 3-D printing process
我们的TQ文章揭示了三维印刷方法背后的技术
The movie industry has been the biggest cheerleader of 3-D technology, and television makers are hoping that enthusiasm will help persuade consumers to replicate the 3-D experience at home.
电影工业是三维技术的最大鼓吹者。电视制造商希望这种热情将说服消费者使家中同样的三维体验。
Most of the actors are American, and the cameras use 3-D technology.
的演员大多是美国人，和摄影机使用3 - D技术。
In this article, mainly on the virtual reality 3-d technology in the area of roaming.
在本文中，主要介绍的是虚拟现实技术在小区三维漫游中的应用。
The 1 -D and 3 -D performance prediction shows that the feasibility of applying integrative design technology to design mixed-flow compressor.
研究了适用于斜流式压缩机的一体化设计技术，并基于一维设计方法简述了单级斜流式压缩机的设计。
Pathologists using 3-d technology detected cancer with one-third the error rate compared to those using the traditional microscope.
病理学家采用立体技术检测癌症检出采用传统的显微镜三分之一的错误率。
And no film has so artfully interwoven 3-d technology.
而且也没有一部影片如此巧妙地将3d技术融合在一起。
Science visualizing is to display result on 3-d data field using visualizing technology. It consist of simulation of logic layout, the after-treat and alternation-treat of result.
科学可视化运用可视化技术在三维数据场上显示科学计算结果，包括逻辑布局的仿真模拟、计算结果数据的后处理和交互处理。
CONCLUSION: Combination of 3-d finite-element model with spiral CT-cross technology establishes complex dental models, simulates practical conditions authentically and is good in operation.
结论：螺旋ct断层扫描技术与三维有限元法相结合，可以建立复杂的牙模型，且能真实地模拟实际情况，使用性好。
So it is important to study the key technology of reverse engineering and develop a low cost, practical 3-d measuring system.
为此，针对逆向工程中的关键技术进行研究并开发低成本且实用化的三维测量系统具有十分重要的意义。
The preparation technology of precursor for stainless steel foam with 3-d network open cells structure was investigated.
研究了具有三维通孔网状结构不锈钢泡沫的前驱体制备工艺。
A 3-d visual study model is put forward by studying visual information technology, which based on the information caused by mining.
通过信息可视化技术的研究，提出了基于采矿引起的地表移动信息的三维可视化研究模型。
In terms of perspective projection transformation this paper study the technology of spatial 3-d coordinate. New camera calibration technique is proposed.
以透视投影变换为依据，研究了空间三维测量技术，提出了一种新的标定方法。
The shade from shading (SFS) technology was applied to the surface 3-d vision measurement.
将明暗恢复形状(SFS)技术应用于表面三维视觉测量。
Optical 3-d shape measurement technology has been widely used in shape measurement because of its characteristics of non-contact, high accuracy, high speed and high automation.
光学三维形貌测量技术具有非接触性、高精度、高速性和自动化程度高等特点，在形貌测量领域得到了广泛的应用。
The method and the principle of manufacturing micro-machines by sacrificing layer technology together with 3-d lithography is discussed also.
同时还介绍了立体光刻技术结合抗腐蚀层、牺牲层工艺加工微器件的原理、方法和应用。
Along with development of computer technology, optics and optoelectronics, new methods of 3-d sensing are emerging.
随着计算机技术、光学和光电子技术的飞速发展，新的光学三维传感和计量方法也不断进步。
Along with development of computer technology, optics and optoelectronics, new methods of 3-d sensing are emerging.
随着计算机技术、光学和光电子技术的飞速发展，新的光学三维传感和计量方法也不断进步。
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