[1] Agency IAEA. Status of fast reactor research and technology development[R]. IAEA-TECDOC-1691(2012).

[2] Agency IAEA. Status of accelerator driven systems research and technology development[R]. IAEA-TECDOC-1766(2015).

[3] Zhang L, Yang Y W, Fu Y G et al. Development and validation of the code COUPLE3.0 for the coupled analysis of neutron transport and burnup in ADS[J]. Nuclear Science and Techniques, 29, 124(2018).

[4] Zhao X C, Cui D Y, Cai X Z et al. Analysis of Th-U breeding capability for an accelerator-driven subcritical molten salt reactor[J]. Nuclear Science and Techniques, 29, 121(2018).

[5] Chen Z Q. Recent progress in nuclear data measurement for ADS at IMP[J]. Nuclear Science and Techniques, 28, 184(2017).

[6] ZHAN Wenlong, YANG Lei, YAN Xuesong et al. Accelerator-driven advanced nuclear energy system and its research progress[J]. Atomic Energy Science and Technology, 53, 1809-1815(2019).

[7] Yan X S, Zhang X C, Zhang Y L et al. Conceptual study of an accelerator-driven ceramic fast reactor with long-term operation[J]. International Journal of Energy Research, 42, 1693-1701(2018).

[8] Mansani L, Artioli C, Schikorr M et al. The European Lead-Cooled EFIT Plant: an industrial-scale accelerator-driven system for minor actinide transmutation - I[J]. Nuclear Technology, 180, 241-263(2012).

[9] Pignatel J, Richard P, Rimpault G et al. Description of the European Helium-Cooled EFIT Plant: an industrial-scale accelerator-driven system for minor actinide transmutation - II[J]. Nuclear Technology, 180, 264-296(2012).

[10] Zheng Y Q, Du X N, Xu Z T et al. SARAX: a new code for fast reactor analysis Part I: methods[J]. Nuclear Engineering and Design, 340, 421-430(2018).

[11] Zheng Y Q, Qiao L, Zhai Z A et al. SARAX: a new code for fast reactor analysis Part II: verification, validation and uncertainty quantification[J]. Nuclear Engineering and Design, 331, 41-53(2018).

[12] Wei L F, Zheng Y Q, Du X N et al. Development of SARAX code system for full-range spectrum adaptability in advanced reactor analysis[J]. Annals of Nuclear Energy, 165, 108664(2022).

[13] Wei L F, Zheng Y Q, Du X N et al. Extension of SARAX code system for reactors with intermediate spectrum[J]. Nuclear Engineering and Design, 370, 110883(2020).

[14] Du X N, Zheng Y Q, Wang Y P et al. Validation of SARAX code system using the SFR operational tests[J]. Annals of Nuclear Energy, 147, 107744(2020).

[15] JIA Xiaoqian, ZHENG Youqi, DU Xianan et al. Application of SARAX code system in transient analysis of sodium-cooled fast reactor[J]. Atomic Energy Science and Technology, 53, 1195-1201(2019).