Add to ORKGIn this presentation, impact-related deformation microstructures in zircon will be examined in detail, especially techniques to reliably identify them, and how relationships among them can be interpreted in terms of processes
We present an electron backscatter diffraction, cathodoluminescence, and radiogenic U-Pb dating stud...
Geochemical and geochronological studies of zircon are commonly supplemented by cathodoluminescence ...
An algorithm is used to estimate mesoscopic strains in a deformed polycrystalline material. This req...
Zircon and monazite have been studied by quantitative microstructural analysis to constrain deformat...
The microstructures of lunar zircon grains from breccia samples 72215, 73215, 73235, and 76295 colle...
Microstructural and geochronological analysis of shocked zircon has greatly advanced understanding t...
The deformation of crystal-bar zirconium was investigated as a function of strain and strain rate th...
Deformed microstructure of the adiabatic shear bands in zirconium alloy impacted by split Hopkinson ...
Deformed microstructure of the adiabatic shear bands in zirconium alloy impacted by split Hopkinson ...
deformation of zircon and geological implications. Contributions to Mineralogy and Petrology 153: 62...
Die Datierung von Deformationsereignissen in der tiefen Kruste kann über die Datierung von plastisch...
Shock-metamorphic features such as planar deformation features (PDFs) and in some cases planar fract...
Pseudotachylytes resulted from frictional melts associated with ultramylonites in high-grade metapel...
Established paradigms in materials science and experimentation were used to generate models of sever...
This study documents the strain accommodation mechanisms in zircon under amphibolite-facies metamorp...
We present an electron backscatter diffraction, cathodoluminescence, and radiogenic U-Pb dating stud...
Geochemical and geochronological studies of zircon are commonly supplemented by cathodoluminescence ...
An algorithm is used to estimate mesoscopic strains in a deformed polycrystalline material. This req...
Zircon and monazite have been studied by quantitative microstructural analysis to constrain deformat...
The microstructures of lunar zircon grains from breccia samples 72215, 73215, 73235, and 76295 colle...
Microstructural and geochronological analysis of shocked zircon has greatly advanced understanding t...
The deformation of crystal-bar zirconium was investigated as a function of strain and strain rate th...
Deformed microstructure of the adiabatic shear bands in zirconium alloy impacted by split Hopkinson ...
Deformed microstructure of the adiabatic shear bands in zirconium alloy impacted by split Hopkinson ...
deformation of zircon and geological implications. Contributions to Mineralogy and Petrology 153: 62...
Die Datierung von Deformationsereignissen in der tiefen Kruste kann über die Datierung von plastisch...
Shock-metamorphic features such as planar deformation features (PDFs) and in some cases planar fract...
Pseudotachylytes resulted from frictional melts associated with ultramylonites in high-grade metapel...
Established paradigms in materials science and experimentation were used to generate models of sever...
This study documents the strain accommodation mechanisms in zircon under amphibolite-facies metamorp...
We present an electron backscatter diffraction, cathodoluminescence, and radiogenic U-Pb dating stud...
Geochemical and geochronological studies of zircon are commonly supplemented by cathodoluminescence ...
An algorithm is used to estimate mesoscopic strains in a deformed polycrystalline material. This req...