個人簡介:
2003-2007,北京理工大學,本科,電子科學與技術(光電子方向)
2007-2013,國防科技大學,碩博連讀,電子科學與技術(物理電子學)
2009-2014,澳大利亞國立大學,博士,物理學(等離子體物理)
萇磊,1984.10,安徽泗縣人,副教授,博士生導師,中科院“百人計劃”。長期從事等離子體基礎物理及創新應用研究,主持了國家自然科學基金重大計劃培育項目、國家自然科學基金青年項目、中科院重點部署項目、中科院“百人計劃”、中科院合肥區域中心儀器設備功能開發技術創新項目、中央高校基本科研業務費——前沿科學與“卡脖子”技術研究專項、中國博士后基金、重慶市留學人員回國創業創新支持計劃(重點)、重慶市基礎科學和前沿技術研究專項等16項,總經費~1300萬元;作為骨干參與了國家磁約束核聚變能發展研究專項、國家重大科研儀器研制項目、國家自然科學基金面上項目等5項,總經費~7700萬元;發表了SCI論文40余篇,其中一作或通訊25篇;組織國際會議1次,參加國際會議并作邀請報告20余次;申請發明專利9項;擔任中國宇航學會電推進專委會委員(2016.12-)、全國直線等離子體裝置組委會委員(2022.08-)、亞太等離子體物理大會分論壇主席、亞洲等離子體科學與應用大會分論壇主席、亞洲推進與動力聯合會議分論壇主席等;曾赴德克薩斯大學奧斯汀分校、巴黎綜合理工大學、約克大學、諾丁漢大學、九州大學等訪問交流,獲批國家公派留學基金委公派研究生和訪問學者各1項;是NF、PSST、PPCF、JAP、POP、PST、EPL、IEEE-TPS等國際期刊的評審專家;指導了碩士研究生10名、博士生5名(含3名留學生),講授本科生課程3門、研究生課程3門,承擔教改項目3項。
歡迎數學、物理、電氣、能動、機械、計算機等專業學生報考碩士及博士研究生,共同開展等離子體基礎物理及創新應用研究。
講授課程:
1.本科生課程:《信號與系統》
2.研究生課程:《多物理場分析與計算》
研究方向:
1.螺旋波等離子體物理
2.磁約束核聚變物理
3.空間等離子體推進
4.微波與電離層相互作用
科研項目:
1.國家自然科學基金重大研究計劃培育項目,92271113,“基于可變比沖磁等離子體火箭的電磁力熱多物理場環境地面模擬與測量研究”,2023.01-2025.12,104萬元,主持,在研;
2.中央高校基本科研業務費前沿科學與“卡脖子”技術研究子項,2022CDJQY-003,“等離子體光纖概念探索研究”,2022.05-2025.04,150萬元,主持,在研;
3.重慶市留學人員回國創業創新支持計劃(重點),CX2022004,“藍芯模式螺旋波等離子體的形成機理研究”,2022.08-2024.07,12萬元,主持,在研。
發表論文:
1.J. H. Zhang, X. Yang*, L. Chang*, Y. Wang, Y. Xia, D. Jing, H. S. Zhou, and G. N. Luo, “A novel and efficient dual-antenna micro plasma thruster”, Acta Astronautica 208: 15-26 (2023)
2.L. P. Zhang, L. Chang*, X. G. Yuan, J. H. Zhang, H. S. Zhou, and G. N. Luo, “A RF plasma source with focused magnetic field for material treatment”, Plasma Chemistry and Plasma Processing 43: 329-345 (2023)
3.L. Chang*, J. F. Caneses, and S. C. Thakur, “Wave propagation and power deposition in blue-core helicon plasma”, Frontiers in Physics 10: 1009563 (2022)
4.L. Chang*, R. Boswell, and G. N. Luo, “First Helicon Plasma Physics and Applications Workshop”, Frontiers in Physics 9: 808971 (2022)
5.L. Chang*, H. J. Zhang, and W. X. Sima, “On the limit of minimum number and depth of periodic modulations for spectral gap formation via Bragg’s reflection”, EPL 127: 45003 (2019)
6.L. Chang*, “Alfvénic gap eigenmode in a linear plasma with ending magnetic throats”, Physics of Plasmas 25: 122503 (2018)
7.L. Chang*, B. N. Breizman*, and M. J. Hole*, “Gap eigenmode of radially localized helicon waves in a periodic structure”, Plasma Physics and Controlled Fusion 55: 025003 (2013)
8.L. Chang*, M. J. Hole, J. F. Caneses, G. Chen, B. D. Blackwell, and C. S. Corr, “Wave modeling in a cylindrical non-uniform helicon discharge”, Physics of Plasmas 19: 083511 (2012)
9.L. Chang*, M. J. Hole, and C. S. Corr, “A flowing plasma model to describe drift waves in a cylindrical helicon discharge”, Physics of Plasmas 18: 042106 (2011)
10.L. Chang*, Q. C. Li, H. J. Zhang, Y. H. Li, Y. Wu, B. L. Zhang, and Z. Zhuang, “Effect of radial density configuration on wave field and energy flow in axially uniform helicon plasma”, Plasma Science and Technology 18(8): 848-854 (2016)
11.L. Chang*, Y. H. Li, Y. Wu, H. J. Zhang, W. M. Wang, and H. M. Song, “Dynamic control of defective gap mode through defect location”, Plasma Science and Technology 18(1): 1-5 (2016)
12.L. Chang, J. Liu, X. G. Yuan, X. Yang, H. S. Zhou*, G. N. Luo, X. J. Zhang, Y. K. Peng, J. Dai, and G. R. Hang, “Helicon plasma in a magnetic shuttle”, AIP advances 10: 105114 (2020)
13.L. Chang*, X. Y. Hu, L. Gao, W. Chen, X. M. Wu, X. F. Sun, N. Hu, and C. X. Huang*, “Coupling of rf antennas to large volume helicon plasma”, AIP Advances 8: 045016 (2018)
14.L. Chang*, T. P. Zhang, X. Y. Hu, X. M. Wu, and X. F. Sun, “Plasma instability of magnetically enhanced vacuum arc thruster”, AIP Advances 9: 015328 (2019) (Editor’s Pick).
15.L. Chang*, “Preliminary computation of the gap eigenmode of shear Alfvén waves on LAPD”, Chinese Physics B 27: 125201 (2018)
16.L. Chang*, N. Hu, and Y. J. Yao, “Influence of number and depth of magnetic mirror on Alfvénic gap eigenmode”, Chinese Physics B 25(10): 105204 (2016)
17.L. Chang*, L. Duan, X. Y. Hu, J. Y. Yao, J. X. Hu, and N. Hu, “Research on plasma propulsion at Australian National University”, Journal of Propulsion Technology 39(3): 481-493 (2018)
18.L. P. Zhang, L. Chang*, X. G. Yuan, Y. J. Chang, J. H. Zhang, X. Yang, Y. Wang, H. S. Zhou, and G. N. Luo, “Coupling between multiple coaxial antennas surrounding a plasma column produced by helicon antenna”, Contributions to Plasma Physics e202200032 (2022)
19.T. P. Zhang, L. Chang*, X. Y. Hu, R. L. Wang, H. J. Zhang, X. M. Wu, X. F. Sun, and N. Hu, “Space-charge-limited current of vacuum arc thruster”, Contributions to Plasma Physics 60: e201900163 (2020)
20.R. L. Wang, L. Chang*, X. Y. Hu, L. L. Ping, N. Hu, X. M. Wu, J. Y. Yao, X. F. Sun, and T. P. Zhang, “The role of second-order radial density gradient for helicon power absorption”, Contributions to Plasma Physics 60: e201900032 (2019)
21.X. Y. Hu, L. Chang*, X. G. Yuan, X. Yang, Y. J. Chang, L. P. Zhang, H. S. Zhou, G. N. Luo, J. Dai, J. Liu, and G. R. Hang, “A novel antenna for sub-atmospheric radio‐frequency discharge”, Contributions to Plasma Physics 60: e202000003 (2020)
22.X. G. Yuan, L. Chang*, X. Y. Hu, X. Yang, H. S. Zhou, and G. N. Luo, “Concept of SUb-atmospheric Radio-frequency Engine (SURE) for near space environment”, IEEE Transaction on Plasma Science 48(12): 4326-4330 (2020)
23.Y. J. Chang, L. Chang*, X. G. Yuan, X. Yang, Q. Xu, Y. Wang, G. J. Niu, H. S. Zhou, and G. N. Luo, “Numerical study on the temporal evolution of a helicon discharge”, IEEE Transaction on Plasma Science 49(11): 3733-3744 (2021)
24.L. P. Zhang, X. Yang, L. Chang*, Q. Xu, H. S. Zhou, and G. N. Luo, “Research of thrust measurement for space electric propulsion”, Chinese Space Science and Technology 42(3): 25-38 (2022)
2022.08-至今,全國直線等離子體裝置會議組委會,委員
2016.12-至今,中國宇航學會電推進專業委員會,委員