NUCLEAR TECHNIQUES, Volume. 48, Issue 7, 070005(2025)
Research progress of China Mianyang Research Reactor and its scientific platform
Fig. 1. Diagram of typical structure design of irradiation device (color online)
Fig. 3. Online tritium production performance testing experimental device[24] (color online)(a) Sectional view of the testing device, (b) Detail design of the testing device
Fig. 4. Snapshot of sodium iodide[131I] oral solution (color online)
Fig. 7. The layout of instruments in neutron science platform of CMRR (color online)
Fig. 8. Snapshot of residual stress neutron diffractometer[36] (color online)
Fig. 9. Snapshot of high resolution neutron diffractometer[37] (color online)
Fig. 10. Snapshot of cold neutron triple-axis spectrometer[38] (color online)
Fig. 11. Snapshot of high pressure neutron diffractometer[39] (color online)
Fig. 12. Schematic diagram of the thermal neutron imaging device[40] (color online)
Fig. 14. Results of neutron radiography for typical structural components[40]
Fig. 15. Neutron radiography inspection of U-10Zr alloy fuel after irradiation[42] (color online)
Fig. 16. Inspection image of leaf residual core by neutron radiography[43]
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Yuchuan GUO, Dazhi QIAN, Hongyuan WEI, Xiaoqing TU. Research progress of China Mianyang Research Reactor and its scientific platform[J]. NUCLEAR TECHNIQUES, 2025, 48(7): 070005
Category: Special Issue on The First Academic Annual Conference of the Research Reactor and Innovative Reactor Association of Chinese Nuclear Society and Advanced Nuclear Power System Reactor Engineering
Received: May. 20, 2025
Accepted: --
Published Online: Sep. 15, 2025
The Author Email: Dazhi QIAN (QIANDazhi)