X-ray detection has been extensively applied in various fields including medical imaging,
security detection, and industrial non-destructive testing. Recently, organic-metal halide …

Over recent years, Mn (II)‐organic materials showing circularly polarized luminescence
(CPL) have attracted great interest because of their eco‐friendliness, cheapness, and room …

Metal halide scintillators have drawn great interest for X‐ray imaging; however, it remains
challenging to simultaneously achieve a high light yield (LY) and highly sensitive detection …

Metal halide perovskites are revolutionizing X‐ray detection through a combination of low
cost, solution processing, favorable optoelectronic properties, and high stopping power for …

Organic scintillators have recently gained considerable attentions in X‐ray detection for their
potential applications in biomedical radiograph and security inspection. However, the weak …

Processing luminescent metal halide microcrystals into counterpart nanocrystals (NCs) can
rationally enhance the resolution in X-ray scintillation imaging. It remains a challenge for the …

X-ray imaging technologies such as digital radiography (DR), is an important aspect of
modern non-destructive testing and medical diagnosis. Innovative flexible X-ray detector …

Blade-coating technology is regarded as a pivotal approach for the scalable fabrication of
perovskite-based devices and holds great promise for the future manufacturing of advanced …

In recent years, low-dimensional metal halides have emerged as promising, optoelectronic
materials. In particular, low dimensional Cu (I)-based perovskite halides have broad …

Metal halide perovskites have emerged as promising candidates for x-ray detection; in
particular, the in-direct detectors based on perovskite scintillators have demonstrated …