The Gas Time Projection Chamber (TPC) has become a core technology in the detection of radioactive particles (especially alpha/beta particles) due to its three-dimensional trajectory reconstruction capability, ultra-high sensitivity, and strong background suppression. By capturing fine particle trajectories in gas and combining advanced signal processing algorithms, this system achieves efficient identification and quantitative analysis of trace radioactive signals. It is widely applied in nuclear safety monitoring, environmental radioactivity detection, and particle physics experiments.

The cosmic ray muon imaging technology based on large-area Micromegas detectors exhibits significant application potential due to its advantages of high spatial resolution, large-area coverage, cost controllability, and batch production capability. After years of technological accumulation, our company has achieved batch production of large-area, high-performance Micromegas detectors, with mature manufacturing processes, providing robust hardware support for the widespread application of cosmic ray muon imaging systems.