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The detailed detonation structure generated by multiple shocks on ram-accelerator projectiles is studied using highly resolved numerical stimulations.
In-situ dust detectors have been calibrated by dust electrostatic accelerators that can accelerate projectiles to expected mass and velocity ranges of space debris and micrometeoroids.
Because existing dust accelerators charge projectiles through contact with a charged needle, only electrically conductive projectiles can be charged using this technique.
Calibration experiments often use dust accelerators to accelerate cosmic dust-sized projectiles to speeds comparable to the encounter velocity between the spacecraft instrument and dust particle.
This article discusses the acceleration potential of electrospray-charged projectiles, and explores ways to overcome the challenges implicit in coupling an electrospray source to a dust accelerator.
This article presents the results of these experiments, discusses the acceleration potential of electrospray-charged projectiles, and explores ways to overcome the challenges implicit in coupling an electrospray source to a dust accelerator.
If an electrospray source is coupled to a dust accelerator, it will be possible to do experiments with projectiles that are unprecedent-edly good analogues for a wide range of cosmic dust particles.
Barricade projectiles filled with tear gas!
Deuterons are formed chiefly by ionizing deuterium (stripping the single electron away from the atom) and are used as projectiles to produce nuclear reactions after accumulating high energies in particle accelerators.
Electrospray charging suggests that hypervelocity mi-croparticle impact experiments could be done using minerals, rocks, mineral-ice mixtures, rock-ice mixtures, and ices as projectiles, without the need for conductive surface coatings, if an electrospray source could be coupled to a dust accelerator.
A particle accelerator?
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