Team and R&D Journey
Based on the core technology of accelerators, continuously promote the industrialization of medical isotopes.
2017
- PhD in Accelerator Physics from the Institute of High Energy Physics, Chinese Academy of Sciences
- Participate in the debugging of the electron-positron collider
- Participate in the ADS superconducting high-current proton accelerator project
- Participate in the CSNS Spallation Neutron Source project
2018
- Physical Design of Medical Standing-Wave Accelerator Side-Coupled Standing-Wave Accelerating Tube
- Accelerator Tube Design and Production
- Medical accelerator system setup (electron gun, power source, control system, and cooling system)
2019
- High-Power Target Station Research and Development and Production
- High-power CT tube research and design
- Production Line Layout and Process Development
- New Technology Development: High-Power Target Plates, Ceramic Components, and Novel Cooling Technologies
2021
- High-Power Target Station Research and Development and Production
- High-power CT tube research and design
- Production Line Layout and Process Development
- New Technology Development: High-Power Target Plates, Ceramic Components, and Novel Cooling Technologies
2022
- Transmitter and bearing design development
- Development of domestically designed highest power (100 kW) tube
- Research on New Electron Gun Emitters
- Design and Development of Liquid Metal Bearings
2023-2024
- Isotope Accelerator Program
- Mature design for the 40 MeV, 120 kW scheme
- Key Technical Plan and Challenges in Building an Accelerator System
- Reserve 200 kW for upgrade capacity