The development of ultrafast scintillators is critical to the GHz X‐ray and time‐of‐flight (TOF)
imaging techniques. Low‐dimensional silver‐based halides have emerged as promising …

Lead halide perovskite nanocrystals (LHP-NCs) embedded in polymer matrices are gaining
traction as next-generation radiation detectors. While progress has been made on green …

Barium fluoride (BaF 2) scintillators are known for their various applications in high-energy
particle detection due to their ultrafast scintillation component that lies within the deep …

Background Good timing resolution in medical imaging applications such as TOF-CT or TOF-
PET can boost image quality or patient comfort significantly by reducing the influence of …

Scintillators with faster timing capabilities are currently in high demand for use in radiation
detection systems in the fields of nuclear and medical physics. The limited number of …

Future experiments in high energy physics and medical imaging require radiation detectors
having properties which are not presently available. The main limitations arise from a lack of …

This paper describes the development of a portable neutron-gamma detector for
environmental radiation monitoring based on the CLYC crystal. It can function as a gamma …

Radiation resistant inorganic materials emitting cross-luminescence are one of the most
prospective candidates for new generation ultrafast detectors for medical tomography …

Integrating dosimeters are used in fields like personal dosimetry and radiotherapy quality
assurance. Nanoparticles of LiBaF 3 have been synthesized using a low-cost, high …

One of the priority goals of sustainable socio-economic development for the period up to
2030 is providing food for the planet's population. This entails an increase in the output of …