Add to ORKGIt is shown that the plasma, generated during an impact of a meteoroid with an artificial satellite, can produce electromagnetic radiations below the microwave frequency range. These interferences can disturb the regular satellite operations
The passage of debris from a high altitude ( 400 km) nuclear burst over the ionospheric plasma is fo...
Operational spacecraft in Earth orbit or on interplanetary trajectories are exposed to high-velocity...
The Block IIA GPS satellites are equipped with a sensor designed to detect electromagnetic transient...
It is shown that the plasma generated during an impact of a meteoroid with an artificial satellite ...
Plasma, vapor and debris associated with an impact or explosive event have been demonstrated in the ...
Abstract Particle impacts on spacecraft can cause considerable damage, even leading to complete fail...
High‐velocity impacts of interplanetary dust grains with spacecraft can give rise to transient plasm...
At the beginning of the Space Age, spacecraft designers and mission planners were very concerned abo...
High-velocity impacts on the Moon and other airless bodies deliver energy and material to the lunar ...
An intense flux of small-mass meteors has been seen in large-aperture radar scattering for many year...
Modern radar techniques, and in particular ground based radars, are a powerful tool to observe space...
Meteoroids traversing the E-region ionosphere leave behind extended columns of elevated ionization ...
Meteor science contributes greatly to the study of the Solar System and the Earth’s atmosphere. Howe...
The future possibility of actively testing the current understanding of how energetic particles may ...
This paper calculates the spatial distribution of the plasma responsible for radar head echoes by ap...
The passage of debris from a high altitude ( 400 km) nuclear burst over the ionospheric plasma is fo...
Operational spacecraft in Earth orbit or on interplanetary trajectories are exposed to high-velocity...
The Block IIA GPS satellites are equipped with a sensor designed to detect electromagnetic transient...
It is shown that the plasma generated during an impact of a meteoroid with an artificial satellite ...
Plasma, vapor and debris associated with an impact or explosive event have been demonstrated in the ...
Abstract Particle impacts on spacecraft can cause considerable damage, even leading to complete fail...
High‐velocity impacts of interplanetary dust grains with spacecraft can give rise to transient plasm...
At the beginning of the Space Age, spacecraft designers and mission planners were very concerned abo...
High-velocity impacts on the Moon and other airless bodies deliver energy and material to the lunar ...
An intense flux of small-mass meteors has been seen in large-aperture radar scattering for many year...
Modern radar techniques, and in particular ground based radars, are a powerful tool to observe space...
Meteoroids traversing the E-region ionosphere leave behind extended columns of elevated ionization ...
Meteor science contributes greatly to the study of the Solar System and the Earth’s atmosphere. Howe...
The future possibility of actively testing the current understanding of how energetic particles may ...
This paper calculates the spatial distribution of the plasma responsible for radar head echoes by ap...
The passage of debris from a high altitude ( 400 km) nuclear burst over the ionospheric plasma is fo...
Operational spacecraft in Earth orbit or on interplanetary trajectories are exposed to high-velocity...
The Block IIA GPS satellites are equipped with a sensor designed to detect electromagnetic transient...