探测器将配备各种的装置，其中包括一个太阳风粒子检测器、一台三维摄像机以及一台测量磁场强度的设备。
The spacecraft will be equipped with various instruments, among them a solar wind particle detector, a 3d camera, and a device to measure the magnetic field.
狄拉克指出唯一的方法就是通过反弹一个光子，并观察它在检测器上的位置和轨迹来测量一个粒子的位置。
Dirac pointed out that one of the only ways to measure a particle's position is by bouncing a photon off of it, and seeing where and how that photon lands on a detector.
这些粒子将在大型强子对撞机的检测器上留下易于辨认的痕迹。
光子检测器本身并不是什么令人激动的新事物，不过（Shieds等人开发的）这台检测器可以在室温条件下单个计算光子（组成光线的粒子）。
That is not very exciting by itself, but this detector counts single photons (the particles of which light is composed)—and can do so at room temperature.
针对侦测系统性能低这一背景，提出一种基于粒子滤波算法的全息检测器。
Since the performance of the detection system is low, a holographic detector base on particle filtering is put forward.
提出了一种新颖的基于粒子群优化和多级检测的混合算法的多用户检测器。
A novel hybrid algorithm approach that employs a particle swarm optimization (PSO) and a multistage detection for the multiuser detection problem (PSOMSD) is proposed.
本文提出并实现了一套完整的行人跟踪系统，整个系统的底层是由HOG特征和颜色直方图特征构成的行人检测器，上层则采用粒子滤波器算法，结合各个行人检测器的结果得到最终检测结果。
In this article, we proposed and implemented a human tracking system whose bottom layer is human detectors based HOG feature and color histogram feature, and upper layer is based on particle filter.
由于浑浊程度的增加，并不是所有的粒子都显露出入射光，而且其他粒子的散射辐射在检测器方向受到阻碍。
As the degree of turbidity increases, not all the particles are exposed to the incident light and the scattered radiation of other particles is hindered on its way to the detector.
由于浑浊程度的增加，并不是所有的粒子都显露出入射光，而且其他粒子的散射辐射在检测器方向受到阻碍。
As the degree of turbidity increases, not all the particles are exposed to the incident light and the scattered radiation of other particles is hindered on its way to the detector.
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