High-resolution microstructural and compositional analyses of shock deformed apatite from the peak ring of the Chicxulub impact crater

Earth and Planetary Sciences

• Calcium Phosphate 100%
• Deformation 53%
• Investigation 15%
• Rock 15%
• Show 15%
• Content 15%
• Electron 15%
• Boundary 15%
• Cartography 15%
• Diffraction 15%
• High Resolution 15%
• Accessory Mineral 15%
• Mineral 15%
• Response 7%
• Shape 7%
• Plane 7%
• Set 7%
• Surface Pressure 7%
• Isotopic Composition 7%
• Transmission Electron Microscopy 7%
• Target 7%
• Impact 7%
• Utilization 7%
• Domain 7%
• Fracture 7%
• Electron Probe Analysis 7%
• Crystal Structure 7%
• Backscatter 7%
• Dislocation 7%
• Solar System 7%
• Attitude (Inclination) 7%
• Chemical Analysis 7%
• Terrestrial Environment 7%
• Deformation History 7%
• Hypervelocity Impact 7%
• Granitoid 7%
• Mexico 7%
• Impact Structure 7%
• Shock Metamorphism 7%
• Extraterrestrial Environment 7%

Physics

• Deformation 53%
• High Resolution 15%
• Boundaries 15%
• Minerals 15%
• Diffraction 15%
• Rock 15%
• Targets 7%
• Pressure 7%
• Fracture 7%
• Utilization 7%
• Plane 7%
• Impact 7%
• Responses 7%
• Transmission Electron Microscopy 7%
• Crystal Structure 7%
• Domains 7%
• Hypervelocity Impact 7%
• Backscatter 7%
• Planetary Body 7%
• Extraterrestrial Environments 7%