Magnetic torquer rods (also known as torquers, torque rods,torque bars, torqrods, or magnetorquers) are widely used as attitude control system (ACS) actuators for geostationary satellites, small satellites, and microsatellites. A magnetic torquer rod is essentially a long copper wire wound around
The Velox-I, developed by Nanyang Technological University, is the first Singapore build nano-satell...
A magnetometer is essential in spacecraft magnetic attitude control due to the need for magnetic fie...
As it is known that a satellite is magnetically equivalent to a dipole, every satellite what is orbi...
Martynas Kisielius DESIGN AND INVESTIGATION OF VARIOUS MAGNETIC TORQUERS Summary Cubesat type of sat...
Abstract: Magnetic torquers fabricated by the ITC “ScanEx” which are used as actuators for...
This paper analyzes a magnetic torquer for satellite attitude control which requires very little ene...
What is the most advantageous magnetic attitude control torquer for reducing angular rates of a Pock...
SPACECRAFT attitude control can be obtained by adopting several actuation mechanisms. Among them, el...
SPACECRAFT attitude control can be obtained by adopting several actuation mechanisms. Among them, el...
The objective of this bachelor thesis was to display all the attitude and control systems (ACS) avai...
Abstract: A passive magnetic attitude control system is simple, easy to realize, low cost ...
This paper presents a procedure used to optimize the performance of a ferromagnetic core magnetic to...
Magnetic torquers are specifically designed to generate a magnetic field onboard the satellites for ...
Abstract. The LatinSat-A and –B spacecraft were launched into low Earth orbit in December of 2002. B...
The LatinSat-A and –B spacecraft were launched into low Earth orbit in December of 2002. Built by Sp...
The Velox-I, developed by Nanyang Technological University, is the first Singapore build nano-satell...
A magnetometer is essential in spacecraft magnetic attitude control due to the need for magnetic fie...
As it is known that a satellite is magnetically equivalent to a dipole, every satellite what is orbi...
Martynas Kisielius DESIGN AND INVESTIGATION OF VARIOUS MAGNETIC TORQUERS Summary Cubesat type of sat...
Abstract: Magnetic torquers fabricated by the ITC “ScanEx” which are used as actuators for...
This paper analyzes a magnetic torquer for satellite attitude control which requires very little ene...
What is the most advantageous magnetic attitude control torquer for reducing angular rates of a Pock...
SPACECRAFT attitude control can be obtained by adopting several actuation mechanisms. Among them, el...
SPACECRAFT attitude control can be obtained by adopting several actuation mechanisms. Among them, el...
The objective of this bachelor thesis was to display all the attitude and control systems (ACS) avai...
Abstract: A passive magnetic attitude control system is simple, easy to realize, low cost ...
This paper presents a procedure used to optimize the performance of a ferromagnetic core magnetic to...
Magnetic torquers are specifically designed to generate a magnetic field onboard the satellites for ...
Abstract. The LatinSat-A and –B spacecraft were launched into low Earth orbit in December of 2002. B...
The LatinSat-A and –B spacecraft were launched into low Earth orbit in December of 2002. Built by Sp...
The Velox-I, developed by Nanyang Technological University, is the first Singapore build nano-satell...
A magnetometer is essential in spacecraft magnetic attitude control due to the need for magnetic fie...
As it is known that a satellite is magnetically equivalent to a dipole, every satellite what is orbi...
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