Atomic time scale imaging, opening a new era for studying dynamics in microcosmos, is
presently attracting immense research interest on the global level due to its powerful ability …

摘要原子时间成像开辟了微观(分子/原子) 动力学研究的新时代. 在原子水平上, 物理学,
化学和生物学的研究是统一的, 都是研究原子的运动和原子态的变化. 原子时间成像只能是全光 …

High speed imaging technology has opened applications in many fields, such as collision,
detonating, high voltage discharge, disintegration and transfer of phonon and exciton in …

The theories and technologies of the optomechanical high speed photography, which has
basically met the requirements in investigations of high speed, ultrahigh speed and other top …

A modified reconstruction algorithm to improve the quality of reconstructed images of multi-
frame Fresnel digital holography is presented. When the reference beams are plane or …

According to the spatial frequencies distribution of different holographic recording systems,
we proposed the spatial frequency density to analyze the framing capability of high-speed …

In this paper, the characteristics of Fraunhofer digital holography are investigated. With
Fraunhofer digital holography, we could simplify the calculational and reconstructed …

This contribution focuses on the tubeless imaging, the extreme-high speed imaging. A detail
discussion is presented on how and why to make them, which would be the most important …