Samara: Samara State Aerospace University, 2011. — 60 p.
Interuniversity Space Research Department, Master Program
Educational Content “Space Information Systems and Nanosatellites.
Navigation and Remote Sensing” for education direction 010900.68
«Applied Mathematics and Physics»
Contents
Introduction into practical training
The Earth. Motion of artificial satellites
The theoretical background
Motion of a point mass in the terrestrial gravitational field
Atmospheric resistance influence on satellite motion
Input data for practical work
Tasks of the practical training
Measurement of J2 by secular variations of Keplerian parameters of satellite's orbit
Measurement of by long-period variations of Keplerian parameters of satellite's orbit
Exploration of variation of atmospheric density at the satellite's height with the help of method of estimation of atmospheric resistance
magnitude
Exploration of interconnection between the atmospheric density variation and the solar activity
Modeling of satellite's motion along low orbits near the Earth
Modeling of satellite's motion along geostationary orbit
Texts of programs for realization of tasks
Sun
Theoretical background
Sunspots and their motion on the solar disk
The differential rotation of the Sun
The solar wind, SCR and Parker's spiral
Tasks of practical works
Dynamics and cinematics of sunspots
Dynamics of the sunspots area
The differential rotation of the Sun
Producing he estimation of rotation velocity
Charged particles motion in the interplanetary magnetic field. Parker's spiral
Mathematical algorithms of data processing
Method of least squares
The method of least squares
Linear regression
Square regression
Model of a harmonic process
Calculation of measurement error of complicated parameters
Time series filtration
Piecewise-linear regression and piecewise-cubic interpolation with smoothing
Introduction into practical training
The Earth. Motion of artificial satellites
The theoretical background
Motion of a point mass in the terrestrial gravitational field
Atmospheric resistance influence on satellite motion
Input data for practical work
Tasks of the practical training
Measurement of J2 by secular variations of Keplerian parameters of satellite's orbit
Measurement of by long-period variations of Keplerian parameters of satellite's orbit
Exploration of variation of atmospheric density at the satellite's height with the help of method of estimation of atmospheric resistance
magnitude
Exploration of interconnection between the atmospheric density variation and the solar activity
Modeling of satellite's motion along low orbits near the Earth
Modeling of satellite's motion along geostationary orbit
Texts of programs for realization of tasks
Sun
Theoretical background
Sunspots and their motion on the solar disk
The differential rotation of the Sun
The solar wind, SCR and Parker's spiral
Tasks of practical works
Dynamics and cinematics of sunspots
Dynamics of the sunspots area
The differential rotation of the Sun
Producing he estimation of rotation velocity
Charged particles motion in the interplanetary magnetic field. Parker's spiral
Mathematical algorithms of data processing
Method of least squares
The method of least squares
Linear regression
Square regression
Model of a harmonic process
Calculation of measurement error of complicated parameters
Time series filtration
Piecewise-linear regression and piecewise-cubic interpolation with smoothing