Tomographic incoherent holography for microscale X-ray source

Nowadays, in the experiment of inertial confinement fusion (ICF), it is difficult to distinguish emissions intensity information implosion area or black cavity plasma depth direction with single imaging, that is, images acquired by detector are integral along detection direction. In this paper, a tomographic imaging method using incoherent holography for microscale X-ray source introduced. The holographic technology has an mechanism encodes and compresses three-dimensional space light into two-dimensional hologram. theoretical part, we examine tomography. Then compress sensing model which appropriate tomography investigated. Combined hologram reconstruction algorithm based on sensing, distribution at different object distances can be recovered from order verify feasibility scheme, simulated process axial length 16mm, obtained result spacing 4mm reconstructing corresponding backpropagation algorithms, Wiener filtering algorithms algorithm. All methods mentioned above recover letter certain distance, indicating potential imaging. For image, there large amount series noise edge signal, affects signal recognition practical applications; Although recognize image some extent, low contrast reconstructed results target strength mixed background noise. Compared backpropagation, theory provides more professional technique ill-condition problem. Results shows crosstalk significantly reduced, objective plane basically concentrated area. Peak signal-to-noise ratio continuously optimized as number iterations increases. Besides, horizontal resolution caused innermost ring radius Fresnel zone plate was analyzed last part article. It suggests shorter could improve resolution, while deteriorating resolution.