该公司的研究人员应用的原理是，当可见光照到光电二极管时可以产生电信号(在数码相机中研发了该项技术)。
Its researchers used photodiodes (the technology found in digital cameras) that generate an electrical signal when light strikes them.
此产品拥有一系列监测点，每个监测点配备有一台价廉的相机和一个电灯泡(将来的新产品中将会以发光二极管代替)。
It has a series of posts, each of which is equipped with a cheap camera and a light bulb (which will be swapped for a light-emitting diode in future versions).
juno所携带的彩色照相机将会提供木星的近距离图片，包括第一次拍摄木星极区得图片。
Juno's color camera will provide close-up images of Jupiter, including the first detailed glimpse of the planet's poles.
当然，还有一台照相机(JunoCam)可以拍摄壮观的照片，包括此前从未看过的木星的两极的照片。
And of course, there's a camera - JunoCam - that will supply spectacular images, including views of Jupiter's poles that have never been seen before.
凭借让照相机快门打开时间延长，通常超过1分钟，就能使用发光二极管、闪光灯，乃至闪光物体绘出光线踪迹。
By having a camera's shutter open for extended periods of time, often well over a minute, trails of light can be drawn with LEDs, flashlights, or even sparklers.
该公司的研究人员应用的原理是，当可见光照到光电二极管时可以产生电信号(在数码相机中研发了该项技术)。
Its researchers used photodiodes (the technology found in digital cameras) that generate an electrical signal when light strikes the m.
为了获得最大的两极分化，入射光中必须有一个30度角的事件，和相机的目的是在一个主题侧面30度角的其他从(见以下图片)。
For maximum polarization, the incoming light must have an incident Angle of 30 degree, and the camera is aimed at the subject at an Angle of 30 degree from the other side (see image below).
举一个极普通的例子，我们大家觉得早晨的太阳比中午的太阳大得多，可是如果你用照相机给太阳在早晨和中午各照一个像，你就会发现摄得的相片是一样大小的。
Take a everyday case for example, each of us believes the morning sun is much larger than the afternoon one, and you will find they are in same size if you took pictures of them.
运用PSPICE模型对串联雪崩电路进行了仿真，设计出了用雪崩三极管串联的高压短脉冲产生电路，该电路可以用于条纹相机中的扫描电路。
Simulate the avalanche circuit in series with PSPICE module, design the high voltage short plus generation circuit by avalanche transistor in series for the sweep deflection circuit of streak camera.
两种展开全景图像中每个像素都与3维空间中的一条光线对应，方便了普通相机的外极线校正和3维重建算法的应用。
In the unwarped panoramas, each pixel is assigned with a light ray in the 3D space, which makes the applications of stereo rectification and 3D reconstruction simple.
两种展开全景图像中每个像素都与3维空间中的一条光线对应，方便了普通相机的外极线校正和3维重建算法的应用。
In the unwarped panoramas, each pixel is assigned with a light ray in the 3D space, which makes the applications of stereo rectification and 3D reconstruction simple.
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