research group: atmospheric-凯发在线

introduction: 

our research involves the atmospheres of earth, mars, jupiter, and exoplanets. the main objective is to understand the physical processes, dynamics and climate of these atmospheric systems. the basic research approaches include the development of numerical models and simulations, as well as the analysis of observational data.

our team is conducting research in the following fields:

• dust storms and other atmospheric physical processes on mars (keith chow)
• great red spot, polar vortices and convective motions on jupiter (tao cai)
• computational fluid dynamics (tao cai)
• numerical modeling of the climate of exoplanets (keith chow)

team members:

	name	title/position	key-areas	contact
		assistant professor group head	numerical modeling of planetary atmospheres; climate dynamics; general circulation and dust storms on earth and mars;
		assistant professor	stellar and planetary atmospheres; computational fluid dynamics; applied mathematics;
		assistant professor	mountain meteorology; tropical cyclone (tc) and other mesoscale severe weather systems; climatology and dynamics of dust storms on mars;
		postdoctoral fellow	asteroseismology; solar-like oscillations-red giants;
	wang, ye meng	phd student
	su, ye	phd student
	zhang, kun	phd student
	zhang, yu	phd student
	zhou, yu wei	master student

highlighted archievement: