This paper focuses on the thermal design of the Wide Angle Camera for the ROSETTA mission. The work starts from the requirements of the thermal control systems and the expected environmental conditions to illustrate the adopted architecture. The trade-off analysis performed for the detailed design of the most critical component, the baffle, are then reported. The simulation of the operational phases is then illustrated along with some thermo-vacuum tests used for model validation
In January 2004, shortly after the Columbia accident, future servicing missions to the Hubble Space ...
Further development of the Delft Deployable Space Telescope (DST) was needed to solve for defocus du...
Satrec Initiative successfully developed and verified a high-resolution electro-optical camera syste...
The Wide Angle Camera (WAC) for the Rosetta mission had to fulfil many scientific requirements: Fiel...
Rosetta is the cornerstone mission of ESA devoted to the study of minor bodies of Solar System. The ...
The final optical design of the Wide Angle Camera for the Rosetta mission to the PWirtanen comet is ...
The WAC is a telescope developed by University of Padova for the OSIRIS experiment, mainly composed ...
This paper gives a brief description of the Wide Angle Camera (WAC), built by the Center of Studies ...
This paper aims to give a brief description of the Wide Angle Camera (WAC), built by the Centro Serv...
After the experience of GIOTTO fly-by to comet Halley in 1986, the European Space Agency pianned to ...
Thermal control and temperature uniformity are important factors for space remote sensing cameras. T...
Bottom-up thermal-mechanical design and analysis of a deployable baffle, which serves as a deployabl...
The following document describes an example mission, which originated from a real life concept of an...
In view of whether the optical system of a focal length 14?360mm continuous zoom TV can obtain high ...
The Deployable Space Telescope (DST) project aims at producing a competitive telescope by using segm...
In January 2004, shortly after the Columbia accident, future servicing missions to the Hubble Space ...
Further development of the Delft Deployable Space Telescope (DST) was needed to solve for defocus du...
Satrec Initiative successfully developed and verified a high-resolution electro-optical camera syste...
The Wide Angle Camera (WAC) for the Rosetta mission had to fulfil many scientific requirements: Fiel...
Rosetta is the cornerstone mission of ESA devoted to the study of minor bodies of Solar System. The ...
The final optical design of the Wide Angle Camera for the Rosetta mission to the PWirtanen comet is ...
The WAC is a telescope developed by University of Padova for the OSIRIS experiment, mainly composed ...
This paper gives a brief description of the Wide Angle Camera (WAC), built by the Center of Studies ...
This paper aims to give a brief description of the Wide Angle Camera (WAC), built by the Centro Serv...
After the experience of GIOTTO fly-by to comet Halley in 1986, the European Space Agency pianned to ...
Thermal control and temperature uniformity are important factors for space remote sensing cameras. T...
Bottom-up thermal-mechanical design and analysis of a deployable baffle, which serves as a deployabl...
The following document describes an example mission, which originated from a real life concept of an...
In view of whether the optical system of a focal length 14?360mm continuous zoom TV can obtain high ...
The Deployable Space Telescope (DST) project aims at producing a competitive telescope by using segm...
In January 2004, shortly after the Columbia accident, future servicing missions to the Hubble Space ...
Further development of the Delft Deployable Space Telescope (DST) was needed to solve for defocus du...
Satrec Initiative successfully developed and verified a high-resolution electro-optical camera syste...