Welcome to Astrodynamics

Grab the ol’ brush and paint along with us.

$$ \frac{{{{\rm{d}}^2}{\bf{x}}}}{{{\rm{d}}{t^2}}} = - G\int {{{\rm{d}}^3}{\bf{x}}'\frac{{{\bf{x}} - {\bf{x}}'}}{{\left| {{\bf{x}} - {\bf{x}}'} \right|}}\rho \left( {{\bf{x}}'} \right)} + {{\bf{F}}_\varepsilon } $$

Research Topics

satellite orbit determination
Space-based system space target monitoring and tracking
Satellite navigation system application
Near-Earth Space Target Tracking and Hazard Assessment.
orbit dynamics of minor planets
applied mathematics and software development.

01

orbit mechanics

Orbital dynamics of satellites and small celestial bodies in the solar system

02

Space TT&C system

Satellite precise orbit determination and application research.

03

applied mathematics

Statistical data analysis and application software development

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