Beam-Material Interactions Research Facility

Development of advanced materials which sustain efficient energy conversion function, structural integrity and environmental functions under extremely severe conditions is one of the most crucial technological issues to ensure safety, social acceptance and economical benefit of future energy systems. The multiple charged particle and quantum beams available at the Beam Material Interactions Research Facility are utilized for fundamental studies oriented to ultra-functional material synthesis, Surface modification of functional materials and severe environment performance evaluation.

The Beam-Material Interaction Research Facility consists of l.7MV tandem accelerator, 1.0MV single-end accelerator, three target stations (TS-1-3) and three beam lines (BLT-1, 2 and BLS-1) .TS-1 is mainly used for dual-beam high-fluence materials irradiation experiments at relatively large beam Currents. TS-2 is a versatile environment-cell type target chamber designed for a variety of in-beam experiments at cryogenic to ultra-high temperatures.

Research and Development of Severe Environment-Tolerant Advanced Energy Materials using Multiple Charged Particle and Quantum Beams

The outstanding characters of this facility include the capability of irradiating ion beams from two accelerators to single target (dual-beam irradiation) , the world's state-Of the-art target Stations exclusively designed for materials research and a wide variety of potential in-beam experiments under extreme environment.

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