Confocal Scheme to Compensate for Defocus Aberration in Digital Holographic Microscopy

Abstract

By means of two typical sets of nuclear parton distribution functions, meanwhile taking account of the energy loss of the beam proton and the nuclear absorption of the charmonium states traversing the nuclear matter in the uniform framework of the Glauber model, a leading order phenomenological analysis is given in the color evaporation model of the E866 experimental data on J/ψ production differential cross section ratios R Fe/Be (xF). It is shown that the energy loss effect of beam proton on R Fe/Be (xF) is more important than the nuclear effects on parton distribution functions in the high Feynman variable xF region. It is found that the J/ψ-nucleon inelastic cross section depends on the Feynman variable xF and increases linearly with xF in the region xF > 0.2.No. 9 DUAN Chun-Gui et al: The dependence of J/ψ-nucleon inelastic cross section on the Feynman variable 805

Three-dimensional information encryption and anticounterfeiting using digital holography

“…First, the image and phase information of a microlens are obtained via DH microscopy [28], as shown in Fig. 9.…”