Large number of SAR(Synthetic Aperture Radar) satellites, one type of earth observation satellite, have been developed as they have the advantage of not being affected by surrounding environment during the earth image acquisition. In order to gain high image quality, SAR antenna should have large diameter. However, internal space of satellite launch vehicle is limited and this leads SAR antenna to be designed deployable so that it can be folded in launch vehicle and unfolded in space. In this research, values of various design factors of deployable satellite antenna were chosen considering satellite’s target mission. Configuration of deployable satellite antenna was designed by applying the chosen values of design factors, and variation in ...
The area accessible from a spaceborne imaging radar, e.g. a synthetic aperture radar (SAR), generall...
We have developed and demonstrated in 2021 small SAR satellites of 1-m ground resolution with novel ...
The design of an orbital SAR mission is the result of a number of trade-offs. For example, a higher ...
Synthetic Aperture Radar (SAR) is by now a mature remote sensing technique to obtain spatially-resol...
Synthetic Aperture Radar (SAR) has been widely used as tool for remote sensing since 1950’s. It can ...
The use of ceramic antennas is suitable for difficult environmental conditions in which it is diffic...
Synthetic Aperture Radar (SAR) is a microwave imaging system. It has cloud-penetrating capabilities...
An application example is used to compare several SAR satellite configurations. The application is “...
Satellites that monitor large scale indicators of global change, like glacier flow, soil moisture, o...
For future ultrahigh resolution spaceborne synthetic aperture radar (SAR), it requires the antenna b...
We are developing a small synthetic aperture radar (SAR) that is compatible with 100kg class satelli...
With vast changes in spacecraft developments over its short history, a new and cheaper method was ne...
The current emphasis in the satellite industry is on replacing large satellite platforms with one or...
As the current discussions on climate changes suggest, the need for understanding the occurrences on...
To cope with the mission requirements for monitoring Earth's dynamic processes, future Synthetic Ape...
The area accessible from a spaceborne imaging radar, e.g. a synthetic aperture radar (SAR), generall...
We have developed and demonstrated in 2021 small SAR satellites of 1-m ground resolution with novel ...
The design of an orbital SAR mission is the result of a number of trade-offs. For example, a higher ...
Synthetic Aperture Radar (SAR) is by now a mature remote sensing technique to obtain spatially-resol...
Synthetic Aperture Radar (SAR) has been widely used as tool for remote sensing since 1950’s. It can ...
The use of ceramic antennas is suitable for difficult environmental conditions in which it is diffic...
Synthetic Aperture Radar (SAR) is a microwave imaging system. It has cloud-penetrating capabilities...
An application example is used to compare several SAR satellite configurations. The application is “...
Satellites that monitor large scale indicators of global change, like glacier flow, soil moisture, o...
For future ultrahigh resolution spaceborne synthetic aperture radar (SAR), it requires the antenna b...
We are developing a small synthetic aperture radar (SAR) that is compatible with 100kg class satelli...
With vast changes in spacecraft developments over its short history, a new and cheaper method was ne...
The current emphasis in the satellite industry is on replacing large satellite platforms with one or...
As the current discussions on climate changes suggest, the need for understanding the occurrences on...
To cope with the mission requirements for monitoring Earth's dynamic processes, future Synthetic Ape...
The area accessible from a spaceborne imaging radar, e.g. a synthetic aperture radar (SAR), generall...
We have developed and demonstrated in 2021 small SAR satellites of 1-m ground resolution with novel ...
The design of an orbital SAR mission is the result of a number of trade-offs. For example, a higher ...