基于光场调控的高时空分辨率光学成像
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摘要
光学成像以其非侵入性的特点被广泛应用于生物医学、物理和化学等领域。通过对光场时域和空域参数的调控,可以有效调制光的时序、波前、振幅、相位、色散等特性,从而获得具有高时空分辨率的光学图像。以光场调控原理为主线,综述近年来高时空分辨成像技术的研究进展。
Optical imaging has been widely used in bio-medical, physical and chemical research fields due to its noninvasive characteristic. By adjusting the temporal and spatial parameters of the optical fields, we can effectively modulate the time sequence, wavefront, amplitude, phase, dispersion and other characteristics of the light, and obtain the optical image with high temporal and spatial resolution. On the basis of the principle of optical fields engineering, the recent progresses in the research of high temporal-spatial resolution imaging technology are reviewed.
Optical imaging has been widely used in bio-medical, physical and chemical research fields due to its noninvasive characteristic. By adjusting the temporal and spatial parameters of the optical fields, we can effectively modulate the time sequence, wavefront, amplitude, phase, dispersion and other characteristics of the light, and obtain the optical image with high temporal and spatial resolution. On the basis of the principle of optical fields engineering, the recent progresses in the research of high temporal-spatial resolution imaging technology are reviewed.
引文
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