Abstract: The first Russian nanosatellite TNS-0 was manually launched from the International space station in March, 2005. The satellite was equipped with the passive magnetic attitude control system. To obtain the information on satellite attitude motion a several elementary sun sensors were installed. A few download sessions with the satellite were executed. Sun sensor measurements during certain time intervals were transmitted through GLOBALSTAR network. In the paper parameters of attitude motion are determined using the measurements. Analysis of the measurements showed that the satellite has probably achieved the following motion. The satellite rotates fast; the magnet direction averaged over precession period tracks the inten...
CubeSats, and small satellites in general, being small and relatively light, are sensitive to distur...
Abstract: The methodical and applied problems concerned the development of passive magneti...
Abstract: this paper describes the attitude determination and control system for a nanosatellite (30...
Abstract: The preprint presents results of the development of the first Russian nanosatell...
Attitude motion reconstruction of the Technological NanoSatellite TNS-0 #2 during the last month of ...
Abstract: A description of the passive magnetic attitude control system of the TNS-0 №2 na...
The magnetic attitude control systems for TNS-series (Technology Nano Satellite) are considered. The...
Abstract: The paper presents the technique for determining attitude motion of a satellite ...
This work presents 3 candidate strategies for all-magnetic attitude control of a 3U CubeSat using a ...
Nanosatellite is a term used to describe artificial satellite with mass between 1 to 10 kilograms. A...
Abstract: The paper presents the results of reconstruction of the attitude motion of the F...
“Tian Tuo 1” (TT-1) nano-satellite is the first single-board nano-satellite that was successfully la...
Abstract: The methods of attitude determination of the passive magnetic stabilized nanosat...
The VELOX series of satellite was started in Nanyang Technological University as an initiative to tr...
The VELOX series of satellite was started in Nanyang Technological University as an initiative to tr...
CubeSats, and small satellites in general, being small and relatively light, are sensitive to distur...
Abstract: The methodical and applied problems concerned the development of passive magneti...
Abstract: this paper describes the attitude determination and control system for a nanosatellite (30...
Abstract: The preprint presents results of the development of the first Russian nanosatell...
Attitude motion reconstruction of the Technological NanoSatellite TNS-0 #2 during the last month of ...
Abstract: A description of the passive magnetic attitude control system of the TNS-0 №2 na...
The magnetic attitude control systems for TNS-series (Technology Nano Satellite) are considered. The...
Abstract: The paper presents the technique for determining attitude motion of a satellite ...
This work presents 3 candidate strategies for all-magnetic attitude control of a 3U CubeSat using a ...
Nanosatellite is a term used to describe artificial satellite with mass between 1 to 10 kilograms. A...
Abstract: The paper presents the results of reconstruction of the attitude motion of the F...
“Tian Tuo 1” (TT-1) nano-satellite is the first single-board nano-satellite that was successfully la...
Abstract: The methods of attitude determination of the passive magnetic stabilized nanosat...
The VELOX series of satellite was started in Nanyang Technological University as an initiative to tr...
The VELOX series of satellite was started in Nanyang Technological University as an initiative to tr...
CubeSats, and small satellites in general, being small and relatively light, are sensitive to distur...
Abstract: The methodical and applied problems concerned the development of passive magneti...
Abstract: this paper describes the attitude determination and control system for a nanosatellite (30...