Crater degradation on Ceres is substantially more efficient than on the Moon despite a denser equilibrium crater population.
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50 nm and 100 nm aluminum coatings on skipper-CCDs suppress optical light by more than 99.6 percent from 650 to 1000 nm with no efficiency loss for 5.9 and 6.4 keV X-rays.
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Degradation mechanisms and efficiency of heavily cratered regions on Ceres
Crater degradation on Ceres is substantially more efficient than on the Moon despite a denser equilibrium crater population.
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Light-tight skipper-CCDs for X-ray detection in space
50 nm and 100 nm aluminum coatings on skipper-CCDs suppress optical light by more than 99.6 percent from 650 to 1000 nm with no efficiency loss for 5.9 and 6.4 keV X-rays.