The Geant4 toolkit was used to perform benchmark Monte Carlo simulations of proton micro-
tomography imaging. A phantom of an inertial confinement fusion (ICF) target was designed …

Proton imaging can be carried out on microscopic samples by focusing the beam to a
diameter ranging from a few micrometers down to a few tens of nanometers, depending on …

Abstract Inertial Confinement Fusion (ICF) is one type of fusion energy research which could
initiate nuclear fusion reactions through heating and compressing thermonuclear fuel …

Abstract In the Nuclear Microprobe Laboratory of Fudan University, particle induced X-ray
emission (PIXE) has invariably used the Si (Li) detector. Although it is a widely used X-ray …

Purpose Proton computed microtomography is a technique that reveals the inner content of
microscopic samples. The density distribution of the material (in g· cm− 3) is obtained from …

Glow discharge polymer (GDP) capsules are often used as the ablation layer in laser inertial
confinement fusion (ICF) research, because of its excellent properties in low X-ray opacity …

A new development of the TomoRebuild software package is presented, including “thick
sample” correction for non linear X-ray production (NLXP) and X-ray absorption (XA). As in …

In this work, the proton-proton scattering coincidence measurement (PPS) is combined with
the CT technique to reconstruct the H distribution in the Inertial Confinement Fusion (ICF) …

Proton microbeams of a few MeV are widely used for the imaging and quantitative analysis
of microscopic samples of a few ten or hundred micrometers in size, with a wide field of …