Add to ORKGWe want to study the development of cometary and other outgassing surfaces of airless planetary objects with analog laboratory experiments on Earth. The focus is on the evolution of different morphologies, taking into account the composition of the sample material and variable insolation flux. Our aim is to understand how different cometary materials interact and how the appearance of cracks and boulders develop during insolation and outgassing
Comets can be regarded as active planetary bodies because they display evidence for nearly all funda...
Comet 67P's surface is quite homogeneously covered by dark refractory materials rich in organics. Ra...
The Origo mission was submitted in response to the 2021 call for a Medium-size mission opportunity i...
Cometary surfaces are shaped through the process of activity when the comet approaches the sun...
The morphologic development of sublimating cometary surfaces is investigated in our study using anal...
Aims. The morphology of cometary surfaces can provide important information to constrain the composi...
Aims. The morphology of cometary nuclei is the result of an ongoing evolution and can provide valuab...
An active comet like comet Halley loses by sublimation a surface layer of the order of 1 m thickness...
Our interpretation of the data returned by Rosetta and other cometary missions is based on the predi...
We study various test scenarios that are aimed at the reproduction of different morphological featur...
Typescript.Thesis (Ph. D.)--University of Hawaii at Manoa, 1987.Bibliography: leaves 81-85.Microfich...
We performed an investigation of a comet like porous surface to study how sub-surface sublimation wi...
Since 1987 experiments dealing with comet nucleus phenomena have been carried out in the DFVLR space...
International audienceThis contribution addresses the different approaches that are developed in our...
Context. The complex shape of comet 67P and its oblique rotation axis cause pronounced seasonal effe...
Comets can be regarded as active planetary bodies because they display evidence for nearly all funda...
Comet 67P's surface is quite homogeneously covered by dark refractory materials rich in organics. Ra...
The Origo mission was submitted in response to the 2021 call for a Medium-size mission opportunity i...
Cometary surfaces are shaped through the process of activity when the comet approaches the sun...
The morphologic development of sublimating cometary surfaces is investigated in our study using anal...
Aims. The morphology of cometary surfaces can provide important information to constrain the composi...
Aims. The morphology of cometary nuclei is the result of an ongoing evolution and can provide valuab...
An active comet like comet Halley loses by sublimation a surface layer of the order of 1 m thickness...
Our interpretation of the data returned by Rosetta and other cometary missions is based on the predi...
We study various test scenarios that are aimed at the reproduction of different morphological featur...
Typescript.Thesis (Ph. D.)--University of Hawaii at Manoa, 1987.Bibliography: leaves 81-85.Microfich...
We performed an investigation of a comet like porous surface to study how sub-surface sublimation wi...
Since 1987 experiments dealing with comet nucleus phenomena have been carried out in the DFVLR space...
International audienceThis contribution addresses the different approaches that are developed in our...
Context. The complex shape of comet 67P and its oblique rotation axis cause pronounced seasonal effe...
Comets can be regarded as active planetary bodies because they display evidence for nearly all funda...
Comet 67P's surface is quite homogeneously covered by dark refractory materials rich in organics. Ra...
The Origo mission was submitted in response to the 2021 call for a Medium-size mission opportunity i...