馬滿滿,美國新澤西理工學院博士,現任同濟大學數學科學學院助理教授。研究方向為電流體力學建模與數值算法、電解液中多體關聯,主要採用漸近分析、邊界元方法及蒙特卡羅模擬等方法。2013年9月至2017年1月在上海交通大學自然科學研究院從事博士後研究,合作導師為徐振禮。2017年2月起任職於同濟大學,2018年憑藉論文《Ion Structure near a Core-Shell Dielectric Nanoparticle》獲第三屆郭本瑜青年學者優秀論文一等獎,該成果發表於《Physical Review Letters》期刊。曾擔任2018年科學計算學術研討會組織委員會成員及聯繫人,同年9月在“高分子流體動力學”前沿論壇作題為《Stability and deformation of a viscous electrolyte drop in a uniform electric field》的學術報告。2018年5月作為班主任參與指導學生團支部主題團日知識競賽活動。
基本介紹
- 中文名:馬滿滿
- 畢業院校:美國新澤西理工學院
- 學位/學歷:博士
- 專業方向:電流體力學和電解液中多體關聯
- 職稱:助理教授
研究方向
人物經歷
發布論文
- Deformation and stability of a viscous electrolyte dropin a uniform electric field, Q. Wang, M. Ma*, and M. Siegel, Physical Review Fluids,4(2019), 053702. Selected as Editors' Suggestion.
- Microscopic insights into the efficiency of capacitive mixing process.M. Ma, S. Zhao, H. Liu and Z. Xu, AICHE Journal 63(2017): 1785.
- Understanding depletion induced like-charge attraction from self-consistent field model. P. Liu, M. Ma and Z. Xu, Communications in Computational Physics, 22(2017), 95-111.
- Ion structure near a core-shell dielectric nanoparticle.M. Ma*, Z. Gan and Z. Xu, Physical Review Letters, 118(2017), 076102.
- Hybrid Monte Carlo and continuum modeling of electrolyte with concentration-induced dielectric variations,X. Guan, M. Ma (co-first author), Z. Gan, Z. Xu and B. Li, Physical Review E., 94(2016), 053312.
- Investigation of dielectric decrement and correlation effects on electric double-layer capacitance by self-consistent field model,M. Ma*, S. Zhao and Z. Xu, Communications in Computational Physics, 20(2016), 441-458.
- Density functional formulation of the random-phase approximation for inhomogeneous fluids: Application to the Gaussian core and Coulomb particles, D. Frydel, M. Ma, Physical Review E.,93(2016), 062112.
- Self-consistent field model for strong electrostatic correlations and inhomogeneous dielectric media, M. Ma*, Z, Xu, Journal of Chemical Physics, 141(2014), 244903.
- Self-energy-modified Poisson-Nernst-Planck equations: WKB approximation and finite-difference approaches, Z. Xu, M. Ma, P. Liu, Physical Review E., 90(2014), 013307.
