UC知道谁能帮我翻译一下这段话，很急，谢谢啊
来源：百度知道 编辑：UC知道 时间：2024/05/05 18:04:14
The RealD 3-D system is based on the push-pull electro-optical modulator called the ZScreen invented by Lenny Lipton, an American inventor.
The technique that RealD uses is comparable to the traditional method of 3-D imaging which uses linearly polarized glasses. The traditional method works by projecting two differently linearly polarized images onto the same screen, polarized at +45° and -45° from the horizontal, which are then filtered by linearly polarized glasses worn by the audience. This type of 3-D imaging requires two projectors, and suffers from visible double-imaging if the head is tilted to the side which places the glasses at an inappropriate angle.
RealD however uses a single projector that alternately projects the right-eye frame and left-eye frame, and circularly polarizes these frames, clockwise for the right-eye and counterclockwise for the left-eye, using a liquid-crystal screen placed in front of the projector lens. Circularly polarized glasses
The technique that RealD uses is comparable to the traditional method of 3-D imaging which uses linearly polarized glasses. The traditional method works by projecting two differently linearly polarized images onto the same screen, polarized at +45° and -45° from the horizontal, which are then filtered by linearly polarized glasses worn by the audience. This type of 3-D imaging requires two projectors, and suffers from visible double-imaging if the head is tilted to the side which places the glasses at an inappropriate angle.
RealD however uses a single projector that alternately projects the right-eye frame and left-eye frame, and circularly polarizes these frames, clockwise for the right-eye and counterclockwise for the left-eye, using a liquid-crystal screen placed in front of the projector lens. Circularly polarized glasses
该RealD 3 - D系统是基于推拉电光调制器称为ZScreen发明的莱尼普顿，美国发明家。
该技术是利用RealD可比传统方法的三维成像采用线性偏振光眼镜。传统的方法由两个不同的预测线性偏振光的图像上相同的画面，在偏振光+45 °和-45 °的水平，然后过滤线性偏振光眼镜穿的观众。这种类型的三维成像需要两个投影仪,和患有明显的双重影像，如果倾斜头部向一侧的地方，眼镜上不恰当的角度。
RealD然而使用一个投影轮流项目的权利眼内和左眼内，圆极化和这些帧,顺时针方向的右眼睛和逆时针的左眼，利用液晶屏幕放置在前面的投影镜头。圆偏振光眼镜确保每只眼睛只看到“自己”的图片，即使是头部倾斜。非常高的帧率，这是72帧每秒每眼，可以确保图像看起来连续的。在RealD电影院,每帧预计的3倍，以减少闪烁，如视频的来源通常是24帧每秒。其结果是一个无缝的三维图片，似乎落后和扩大前的画面本身。
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