# jemdoc: addcss{person.css}, showsource # jemdoc: menu{MENU.txt}{index.html}, showsource, analytics{UA-31107207-1} # jemdoc: addpackage{color} = Chao Yue, PhD ~~ {}{img_left}{Chao_Yue.jpg}{Chao Yue}{160}{250} # Original: [496 292] Postdoctoral Fellow\n [https://www.atmos.ucla.edu/ Department of Atmospheric and Oceanic Sciences ]\n [http://www.ucla.edu/ University of California Los Angeles]\n 405 Hilgard Ave, Los Angeles, CA, 90095, USA\n Email: [yuechao@atmos.ucla.edu yuechao atmos ucla edu]\n\n [http://ttic.uchicago.edu/~majianzhu/ Check my husband's homepage.] ~~ == Education - Sep. 2011 - Aug. 2015\n Ph.D., Department of Atmospheric and Oceanic Sciences, UCLA\n Major: Geophysics\n _Dissertation title:_ Empirical Modeling of 3D Plasma Pressure and Magnetic Field Structures in the Earth's Plasma Sheet\n Advisor: Prof. Larry Lyons\n - Sep. 2008 - June. 2011\n M.S., Institute of Space Physics and Applied Technology, Peking University\n Major: Geophysics\n _Graduate thesis title:_ Response of geomagnetic activity, the magnetic field, and plasmas at the geosynchronous orbit to interplanetary shock\n Advisor: Prof. Qiugang Zong\n - Sep. 2004 - June 2008\n B.E., School of Electronic Information, Wuhan University, Wuhan\n Major: Electronic Information and technology (Engineering) _Undergraduate thesis title:_ Multi-satellite observations of oxygen ion trace during superstorm time. {{}}(Best Undergraduate Thesis Award of Hubei province){{}}\n Directed by Prof. Suying MA. == Research Interests - Analysis the MMS satellite data to investigate the response of dayside magnetopause to interplanetary shock.\n - Investigate the whistler wave response to IP shock based on Van Allen Probe, THEMIS and Cluster observations.\n - Investigate the EMIC wave behaviors to IP shocks based on Van Allen Probe and low altitude POSE satellite observations.\n - Build up empirical models of ring current quantities based on THEMIS and Van Allen Probe data to investigate the composition and energy variations of different ion species under geomagnetic quiet time and storm time.\n - Analysis anisotropic pressure and build up the empirical model based on THEMIS and Van Allen Probe satellites data under different geomagnetic activities.\n - Using the 2-D anisotropic pressure model to build up a 3D force-balanced magnetic field model in the inner magnetosphere.\n