Nickel Isotopes Reveal Micrometeorite Bombardment Shapes the Entire Lunar Surface
High-precision nickel isotope measurements of Apollo and Chang'e lunar soils show that micrometeorite bombardment has isotopically reworked the regolith across ...
High-precision nickel isotope measurements of Apollo and Chang'e lunar soils show that micrometeorite bombardment has isotopically reworked the regolith across ...
Chang'e-6 regolith shows heavy nickel isotope enrichments from repeated micrometeorite bombardment and evaporation, while isotope anomalies point to inner Solar ...
Concordia University researchers have shown that recycled space-grade PEKK thermoplastic blended with simulated lunar soil can be 3D printed into ...
Lunar PlanetVac successfully captured and size-sorted lunar regolith on the Moon using gas jets, proving a low-cost, gravity-agnostic sampling technology ...
Researchers have compared how real Apollo lunar soil and three simulants behave when shaken, revealing that particle size distribution breadth, ...
New polarimetric analysis of Chandrayaan-2 L-band radar data reveals volume scattering and elevated CPR signatures inside permanently shadowed polar craters ...
Researchers have outlined a dedicated lunar payload and mission scenario designed to generate the first in situ datasets on how ...
Researchers have shown that additive manufacturing can turn lunar regolith into reconfigurable building blocks for future Moon habitats.
A new thermodynamic review finds that molten salt electrolysis is the most energy-efficient route to lunar aluminum and oxygen, but ...
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© 2025 Scienmag - Science Magazine