Apollo 11-Type Basalts from Apollo 16: A New Type of High-Ti Basalt?

Apollo 11: The Goddard connection

Apollo 12 clinopyroxenes: Chemical trends

Apollo 12 Lunar Material: Effects on Lipid Levels of Tobacco Tissue Cultures

Apollo 12 Lunar Samples: Trace Element Analysis of a Core and the Uniformity of the Regolith

Apollo 12 ropy glasses revisited

Apollo 12 Seismic Signal: Indication of a Deep Layer of Powder

Apollo 14 Active Seismic Experiment

Apollo 14 Green Volcanic Glasses with a Compositional Memory of Melting Processes in the Lunar Mantle

Apollo 14 Impact Glasses: Isotopic Ages and Geochemistry

Apollo 14 Regolith Breccias 14318 and 14301: Comparative Petrology and Chemistry of Grain Size Separates

Apollo 14: Nature and origin of rock types in soil from the Fra Mauro formation

Apollo 15 and 16 Results of the Integrated Geochemical Experiment

Apollo 15 KREEP Basalts and Emplacement of the Apennine Bench Formation

Apollo 15 Olivine-Normative Mare Basalts on the Apennine Front: Observations and Possible Interpretations

Apollo 15 yellow-brown volcanic glass - Chemistry and petrogenetic relations to green volcanic glass and olivine-normative mare basalts

Apollo 16 Anorthosites

Apollo 16 core 60013/14 as a product of path 1 and path 2 regolith evolution processes

Apollo 16 Drive Tube 60009.90010. Part III. Total Major Element Partitioning among the Regolith Components or Chemical Mixing Models with Petrologic Credibility

Apollo 16 Drive Tube 60009/60010. Part II: Characterization of the Mineral, Lithic and Glass Components