Recently, ghost imaging with thermal light attracts a lot of attention both theoretically and experimentally.
近年来，基于热光场的鬼成像在理论和实验上得到了广泛的关注。
The success of the ghost imaging without beamsplitter is very significant to the applications of ghost imaging.
无分束器非局域成像实验的成功，对于非局域成像的实际应用有重大价值。
The third-order ghost imaging with the second-order intensity correlation is theoretically and experimentally demonstrated.
本文利用二阶光强度关联方法从理论和实验上实现了三阶“鬼”成像技术。
However, the existence of the beamsplitter hinders the wider application of ghost imaging, especially with the natural light.
但是，分束器的使用却限制了非局域成像在很多领域的进一步运用，特别是利用自然光源进行非局域成像。
Ghost image has a great influence on photoelectric imaging system, as it may influence the system sensitivity and cause false signal.
在光电成像系统中，二次成像对正常图像影响较大，轻者降低系统灵敏度，重者产生虚假信号，影响观察。
Ghost image has a great influence on photoelectric imaging system, as it may influence the system sensitivity and cause false signal.
在光电成像系统中，二次成像对正常图像影响较大，轻者降低系统灵敏度，重者产生虚假信号，影响观察。
应用推荐