The paper proposes a statistical test for asteroid surface color heterogeneity from sparse multiband photometry and evaluates its performance and sensitivity to model errors through Monte Carlo simulations of synthetic asteroids.
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Synthetic solar wind irradiation of ilmenite creates lunar-like rims with quantified nanophase iron, confirming solar wind forms small npFe0 and enabling exposure estimates for Apollo soil 71501.
citing papers explorer
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Prospects for detecting surface color heterogeneity on asteroid surfaces from sparse multiband photometric survey data
The paper proposes a statistical test for asteroid surface color heterogeneity from sparse multiband photometry and evaluates its performance and sensitivity to model errors through Monte Carlo simulations of synthetic asteroids.
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Creation of Lunar-Like Rims in Ilmenite using Synthetic Solar Wind
Synthetic solar wind irradiation of ilmenite creates lunar-like rims with quantified nanophase iron, confirming solar wind forms small npFe0 and enabling exposure estimates for Apollo soil 71501.