Abstract: Simulation of the geomagnetic field is suggested to be done by three pairs of current coils. Characteristics of the simulating magnetic field are determined for two cases of the mock-up’s center of mass location - above and lower hing. The practically unreasonableness of the first case is shown. In the second case the electric parameters of the coils are calculated. The electronic device requirements controlling the currents in the coils are formulated. It is proposed the design of magnetic field simulator. According to the design the experimental model is build. The equations of the motion of the body suspended by a string are derived and used for computing.Note: Research direction:Theoretical and applied prob...
This paper presents a test bed designed to simulate the magnetic environment experienced by a spacec...
Abstract: In the paper, the mathematic model of a satellite mockup with magnetic attitude ...
The University of Illinois is developing a CubeSat bus, known as IlliniSat-2, which will be capable ...
This paper deals with the design, manufacturing, and test of a three-axis magnetic field simulator f...
A real time, three axis space magnetic field simulator, developed using only commercial, off-the-she...
This paper discusses the design and validation of the space magnetic field simulator at the Universi...
The geomagnetic field is the main source of information considered when dealing with the magnetic at...
The aim of this paper is the modelling and simulation techniques of a non gravitational force of the...
The paper presents a test bed designed to simulate magnetic environment experienced by a spacecraft ...
This paper deals with the design, realization and testing of an Earth magnetic field simulator, that...
Abstract: Magnetorqueris one of the method to produce attitude control torque in low orbit satellite...
A real time, three axis magnetic field simulator for nanosatellites, developed using only commercial...
Spacecrafts, especially satellites, play an ever greater rolein our daily lives as we increasingly d...
Abstract: Attitude control systems which provide small satellites with a required angular ...
Abstract: A problem of attitude simulation for SC in laboratory conditions is discussed. V...
This paper presents a test bed designed to simulate the magnetic environment experienced by a spacec...
Abstract: In the paper, the mathematic model of a satellite mockup with magnetic attitude ...
The University of Illinois is developing a CubeSat bus, known as IlliniSat-2, which will be capable ...
This paper deals with the design, manufacturing, and test of a three-axis magnetic field simulator f...
A real time, three axis space magnetic field simulator, developed using only commercial, off-the-she...
This paper discusses the design and validation of the space magnetic field simulator at the Universi...
The geomagnetic field is the main source of information considered when dealing with the magnetic at...
The aim of this paper is the modelling and simulation techniques of a non gravitational force of the...
The paper presents a test bed designed to simulate magnetic environment experienced by a spacecraft ...
This paper deals with the design, realization and testing of an Earth magnetic field simulator, that...
Abstract: Magnetorqueris one of the method to produce attitude control torque in low orbit satellite...
A real time, three axis magnetic field simulator for nanosatellites, developed using only commercial...
Spacecrafts, especially satellites, play an ever greater rolein our daily lives as we increasingly d...
Abstract: Attitude control systems which provide small satellites with a required angular ...
Abstract: A problem of attitude simulation for SC in laboratory conditions is discussed. V...
This paper presents a test bed designed to simulate the magnetic environment experienced by a spacec...
Abstract: In the paper, the mathematic model of a satellite mockup with magnetic attitude ...
The University of Illinois is developing a CubeSat bus, known as IlliniSat-2, which will be capable ...