Radiation sensing using ZnGa2O4 nanoparticle thin films
Real-time radiation sensing achieved with thin-film wide-bandgap semiconductors.
It is a technology that enables the nanoparticle formation of the wide bandgap semiconductor ZnGa2O4 and the fabrication of thin films. Due to its transparency and flexibility, it has high applicability for devices, and its ability to detect wavelengths from short-wave ultraviolet to X-rays allows for real-time radiation sensing applications. Features: - High transparency and excellent compatibility with existing optical systems - Capable of forming films on simple, inexpensive, safe, large-area, and flexible substrates - Achieves fast response by directly converting X-rays into electrical signals
