Lower speed films produce images of good resolution and dynamic range but requires more photons for exposure and increases the radiation dosage of the subject.
较低的速度电影产生良好的分辨率和动态范围的图像，但需要接触更多的光子，并增加了受辐射剂量。
In order to widen the dynamic range, a half pixel offset staggered ordinal exposure method is presented.
为提高器件的动态范围，文章提出了半像素错位顺序曝光方法。
The new scene mode High Dynamic is newly incorporated in the scene mode, which helps to capture a scene with moderate exposure even though the scene contains both bright and dark areas together.
新的高动态场景模式，是新成立的场景模式，这有助于捕捉一个具有中等风险，即使在现场包含光明和黑暗的领域携手合作现场。
The dynamic object should arrive at the view field of the collimator in the camera exposure time to simulate infinity object.
在相机拍照曝光时间内，尺形分辨率板运动至平行光管的视场内，以模拟无限远动态目标。
In case of holographic recording, dynamic grating was recorded in the BR-D96N film, its characteristic parameter was not light exposure energy but light intensity.
BRD96N用于全息记录时形成的是动态光栅，其特征量为光强而非曝光能量。
Then choice of the calculation window and the exposure time influencing the dynamic accuracy is analyzed based on given APS star sensor parameters.
进而以给定的APS星敏感器参数为基础，研究了计算窗口、曝光时间等精度影响因素的选择方法；
Three new dynamic range extend methods with spatial light modulator (SLM) are proposed: temporal SLM multi-exposure method, spatial light encoding method and self-adaptive PID feedback control method.
提出三种新的利用空间光调制器(SLM)实现的动态范围扩展方法：时间域slm多次曝光，空间域光强编码调制，自适应PID反馈控制。
The proposed algorithm for digital imaging system ensures correct exposure to the main object of scenes with large dynamic range.
针对数码成像系统在大动态范围场景下存在的对主体曝光不足或曝光过度的问题，本文提出了一种新的自动曝光控制算法。
Three dynamic range extending experiments are performed with this system: temporal SLM multi-exposure method, spatial light encoding method and self-adaptive PID feedback control method.
利用该成像系统分别进行了时间域多次曝光，空间域光强编码调制，自适应PID反馈控制三种动态范围扩展实验。
Three dynamic range extending experiments are performed with this system: temporal SLM multi-exposure method, spatial light encoding method and self-adaptive PID feedback control method.
利用该成像系统分别进行了时间域多次曝光，空间域光强编码调制，自适应PID反馈控制三种动态范围扩展实验。
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