纵向项目:
2020~2024，国家重点研发计划，CFETR核设计与关键安全分析软件开发及数据库建立和完善
2019~2024，国家重大科技基础设施，聚变堆主机关键系统综合研究设施
2020~2023，国家自然科学基金，电磁和热负载复杂工况下钨铜偏滤器靶板寿命预测及可靠性研究
2017~2020，国家重点研发计划，中国聚变工程实验堆集成工程设计研究
2018~2019，中国博士后科学基金，未来聚变堆W/RAFM偏滤器靶板热沉疲劳失效机理研究
横向项目：
2020~2023，ITER，ITER首期内部部件研制（FPPC）
代表性论文：
1. Liu Peng , Qian Xinyuan , Mao Xin , Song Wei , Peng Xuebing .Study on creep-fatigue of
heat sink in W/CuCrZr divertor target based on a new approach to creep life.
Nuclear Materials and Energy.2020 (25) 100846
2.Liu Peng , Song Yuntao , Peng Xuebing , Qin Shijun , Mao Xin , Qian Xinyuan , Zhang
Jianwu . Conceptual design study for CFETR divertor target using CLAM steel as
structural material . Fusion Engineering and Design, 2018(131) 90-95.
3. Liu Peng* ,Song Yuntao, Lu Kun, Peng Xuebing , Qin Shijun ,Mao Xin,Qian Xinyuan ,Zhang
Jianwu. Study on creep fatigue of heat sink in W/RAFM divertor for CFETR.
Fusion Engineering and Design, 2018(137) 390-395.
4. Peng Xuebing
, Liu Peng*, Lu Kun, Qin Shijun, Mao Xin, Qian Xinyuan. Design
optimization of plasma facing unit fixation distribution for CFETR divertor.
Fusion Engineering and Design, 2020(152) 111434.
5. Lun Kun , Liu
Peng* , Qian Xinyuan ,Mao Xin ,Zhang Jianwu ,Peng Xuebing ,Qin Shijun ,
Song Yuntao. Fatigue and fracture analysis on EAST divertor monoblock heat sink
in Hmode operation. Fusion Engineering and Design, 2018(137) 30-34.
6. Peng Xuebing
, Mao Xin, Liu Peng*, Yang Lei, Qian Xinyuan, Song Wei. Design study and
preliminary feasibility analysis of divertor with ITER-Like PFU for advanced
tokamak. Fusion Engineering and Design, 2021(163) 112176.
专利：
1.彭学兵;刘鹏;卯鑫;程勇;陆坤;宋伟;钱新元.一种便于正面遥操作维护的聚变堆偏滤器结构.
20210226 ,中国,CN202011247133.0
2.彭学兵;卯鑫;刘鹏;陆坤;顾永奇;钱新元;覃世军.一种便于控制表面成形精度的偏滤器支撑结构及装配方法. 20200410 ,中国,CN201911170077.2
3.卯鑫;彭学兵;刘鹏;钱新元;胡宇锋.一种用于聚变装置偏滤器第一壁相邻冷却通道的U型装置及其装配方法. 20200731 ,中国,CN202010319787.3
