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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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