X-ray imaging is a low-cost, powerful technology that has been extensively used in medical
diagnosis and industrial nondestructive inspection. The ability of X-rays to penetrate through …

This review discusses the utilization of metal halide perovskite (MHP) materials in X‐ray
direct imaging detectors for medical application. Compared to traditional semiconductors …

The resulting image obtained from an X-ray imaging system depends significantly on the
characteristics of the detector. In particular, when an X-ray image is acquired by thinning the …

Objective. The noise characteristics of digital x-ray imaging devices are determined by
contributions such as photon noise, electronic noise, and fixed pattern noise, and can be …

Halide perovskites have demonstrated great potential in x-ray detectors, due to their high x-
ray attenuation coefficient, large bulk resistance, ultralong carrier diffusion length, and …

In fluoroscopic imaging, we can acquire x-ray image sequences using a flat-panel dynamic
radiography detector. Because of the charge trapping at photodiodes, lag signals occur at …

Noise power spectrum (NPS) at zero frequency can efficiently represent noise properties of
imaging systems. However, estimations of zero-frequency NPS are susceptible to distortion …

Lag signals occur at images sequentially acquired from a flat-panel (FP) dynamic detector in
fluoroscopic imaging due to charge trapping in photodiodes and incomplete readouts. This …

Objective: In this paper, a novel dual-layer detector is considered to acquire X-ray images of
high signal-to-noise ratio (SNR) as well as detective quantum efficiency (DQE) especially for …

For fluoroscopic imaging, flat-panel dynamic detectors can acquire X-ray image sequences
with frame rates higher than 300 frames per second. However, the sequentially acquired …