| 学术论文 |
[1] Zhang B, Bi Y, Guan C, Yuan X, Zhang Y, Xiao Y. Adaptive POD-ROM based on Grassmann manifold A robust and efficient approach for neutronics-depletion coupling calculations in nuclear reactors [J]. Progress in Nuclear Energy, 2025, 189: 105932.
[2] Binhang Zhang , Zenghao Liu , Xianbao Yuan(*), Yonghong Zhang , Jianjun Zhou , HaiBo Tang , Yunlong Xiao，Validation of DDC-3D code system for neutronics and thermal-hydraulics coupling analysis using BEAVRS benchmark[J]，Nuclear Engineering and Design，2024，113583:1-16.
[3] 袁显宝(#)，刘曾豪，张彬航，张永红，唐海波，杨森权，肖云龙，基于BEAVRS基准题的三...算及不同均匀化方案比较分析，核技术，2024, 47（1）：1-11.
[4] 袁显宝(#)，彭珏钦，张彬航，毛璋亮，唐海波，魏靖宇，周建军，压水堆破口事故下裂变产物源项释放及衰变热分析，核技术，2024,47（4）:1-12.
[5] Jingyu Wei(#), Jueqin Peng, Yuefeng Guo, Xianbao Yuan(*), Binhang Zhang, Jianjun Zhou, Xiaochao Du, Senquan Yang , Yunlong Chen，Investigation on the effect of polydisperse spray droplets distribution on aerosol particles removal efficiency[J]，Nuclear Engineering and Design，2023，112231:1-10.
[6] Xianbao Yuan(#), Yuefeng Guo, Jianjun Zhou(*), Binhang Zhang, Jingyu Wei, Wei Tan, Yunlong Chen, Senquan Yang，Numerical study on the thermal hydraulic characteristics in mixed pattern of wire-wrapped bundle for fast reactor annular fuel assembly[J]，Annals of Nuclear Energy，2023，181：109541（1-16）.
[7] Cong Zhang(#), Binhang Zhang(*), Yanzhao Bi, Xianbao Yuan, Yonghong Zhang, Haibo Tang,Investigation and improvement of the Mini-Max Polynomial Approximation method for solving burnup equations[J], Annals of Nuclear Energy，2023，180：109482（1-12）.
[8] Yuefeng Guo(#), Binhang Zhang, Xianbao Yuan(*), Xiaochao Du, Yonghong Zhang and Chao Tan, Thermal-hydraulic characteristics in inner and outer wire-wrapped for a fast reactor annular fuel assembly[J], Frontiers in Energy Research，2022，10：973390, 1-16.
[9] 张彬航(#)，毕彦钊，张聪，袁显宝(*)，张永红，唐海波．MMPA 方法在多工况中子活化计算中的应用[J]，原子能科学技术，2022:1-11.
[10] Xianbao Yuan(#), Jingyu Wei , Binhang Zhang ,Yuefeng Guo, Qiang Shi, Pan Guo, Senquan Yang and Chao Tan，Development and Application of an Aerosol Model Under a Severe Nuclear Accident[J]，Frontiers in Energy Research，2022，10：852501, 1-12.
[11] 张彬航，张聪、毕彦钊, 张永红，袁显宝，et al. 基于最佳一致逼近多项式的燃耗计算方法研究[J]，原子能科学技术, 2021, 55(3):454-463.
[12] Guang-Chun Zhang, Jie Liu, Liang-Zhi Cao, Hong-Chun Wu ,Xian-Bao Yuan，Neutronic calculations of the China dual-functional lithium–lead test blanket module with the parallel discrete ordinates code Hydra[J]，NUCL SCI TECH, 2020, 31(74),1-12.
[13] 张彬航，杨森权，陈云龙, 洪峰，袁显宝，et al. 基于高阶 CRAM 的燃耗程序开发与验证[J]. 原子能科学技术, 2020, 54(11):158-165.
[14] 唐海波，张彬航，袁显宝，张永红，基于 ENDF_B-VII.1 库的 AHD1.0 加工与基准验证[J]，核技术，2020，43（2）：020601.
[15] Zhang B, Yuan X B(*), Zhang Y, et al. Development of a versatile depletion code AMAC[J]. Annals of Nuclear Energy, 2020，143:107446.
[16] X. B. Yuan(#), L. Z. Cao, H. C Wu: Pre-conceptual study of modular PbBi-cooled nitride fuel reactor core characteristics[J], Nucl. Eng. Des., 2015, 285, 23-30.
[17] B. L. Liu(#)，L. Z. Cao, H. C Wu, X. B. Yuan(*), K. P. Wang: Pre-conceptual Core Design of a Small Modular Fast Reactor Cooled by Supercritical CO2[J], Nucl. Eng. Des., 2016, 300, 339-348.
[18] Binhang Zhang(#), XianBao Yuan(*), Yonghong Zhang, Haibo Tang, Zhangliang Mao, Lisheng Mao, Development and verification of the activation analysis code AMY[J], Progress in Nuclear Energy. , 2018, 107,128-135.
[19] 袁显宝(#) (*)，曹良志，液态铅冷却剂冷却氮化物燃料小型模块化反应堆堆芯中子学特性分析[J]，核动力工程，2014, 35, 38-40.
[20] 袁显宝(#) (*)，曹良志，吴宏春，液态铅冷却剂冷却氮化物燃料小型模块化快中子反应堆堆芯物理分析[J]，核技术，2017, 40, 100603，1-5.
[21] 张彬航(#)，袁显宝(*)，张永红，唐海波，切比雪夫有理逼近方法在放射性核素特征量计算中的应用[J], 计算物理，2019,36（4）：1-8.
[22] C. C. Zhang, *X. B. Yuan, *S. Q. Feng, Z. B. Yin: Strange particle production in relativistic nucleus-nucleus collisions in the RHIC BES energy region, Chin. Phys. C[J], 2016, 3, 034104-1.
[23] Shuang Li,Chaowen Wang, Xianbao Yuan*,and Shengqin Feng, Production of open-charm mesons in relativistic heavy-ion collisions, PHYSICAL REVIEW C[J], 2018,98, 014909:1-16.
[24] K. Aamodt,…,X.Yuan, Midrapidity antiproton-to-proton ratio in pp collisions at√s = 0.9 and 7TeV measured by the ALICE experiment，Phys. Rev. Lett.[J]，2010， 105, 072002.
[25] K.Aamodt,…,X.Yuan, Charged-particle multiplicity measurement in proton–
proton collisions at √s = 7 TeV with ALICE at LHC[J]，Eur. Phys. J. C ，2010，68: 345–354.
[26] K. Aamodt,…,X.Yuan, Charged-particle multiplicity measurement in proton-
proton collisions at sqrt(s) = 0.9 and 2.36 TeV with ALICE at LHC，Eur.Phys.J.C[J]，2010，68:89-108.
[26] K. Aamodt, N. Abel,…,X.Yuan, Alignment of the ALICE Inner Tracking System with cosmic-ray tracks，JINST，2010，5：p03003（1748-0221）.
[27] K. Aamodt, …,X.Yuan,First proton--proton collisions at the LHC as observed with the ALICE detector: measurement of the charged particle pseudorapidity density at sqrt(s) = 900 GeV，Eur.Phys.J.C[J]，2010，65:111-125.
[28] Shengqin Feng，Xianbao Yuan， Yafei Shi ，Collective flow distributions and nuclear stopping in heavy-ion collisions at AGS， SPS and RHIC， Modern Physics Letters A[J]， 2006, 21(8)：663-673.
[29] 袁显宝，冯笙琴，AGS, SPS和RHIC三个能区中的π介子和质子的快度分布特性的研究，中国科学[J]，2009，39（1）：28-36.
[30] 袁显宝, 冯笙琴，RHIC能区的纵向流分布特征和核阻止特性的研究, 高能物理与核物理[J], 2005,29(4):44-48.
[31] Shengqin Feng，Xianbao Yuan, The feature study on the and proton rapidity distributions at AGS, SPS and RHIC, Science in China Series G[J], 2009, 52(2):198-206.
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师资简介
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