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Shock Metamorphism of Minerals

Elements (2012) 8 (1): 31–36.
This article has been cited by the following articles in journals that are participating in CrossRef Cited-by Linking.
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Non-Impact Origin of the Baisha Structure in Hainan Province, China
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Structural response of α-quartz under plate-impact shock compression
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A Study of Shock-Metamorphic Features of Feldspars from the Xiuyan Impact Crater
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Coesite Formation at Low Pressure during Supersonic Microprojectile Impact of Opal
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Australasian impact crater buried under the Bolaven volcanic field, Southern Laos
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High-pressure minerals
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Evidence for subsolidus quartz-coesite transformation in impact ejecta from the Australasian tektite strewn field
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Unique mineral assemblages of shock-induced titanium-rich melt pockets in eucrite Northwest Africa 8003
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Ideal and real structures of different forms of carbon, with some remarks on their geological significance
Journal of the Geological Society (2019) 176 (2): 337.
Evidence for shock‐induced anhydrite recrystallization and decomposition at the UNAM‐7 drill core from the Chicxulub impact structure
Meteoritics & Planetary Science (2019) 54 (10): 2334.
In situ X-Ray Diffraction of Shock-Compressed Fused Silica
Physical Review Letters (2018) 120 (13)
The reaction of carbonates in contact with laser-generated, superheated silicate melts: Constraining impact metamorphism of carbonate-bearing target rocks
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Localized shock-induced melting of sandstone at low shock pressures (<17.5 GPa): An experimental study
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Experimental impact cratering: A summary of the major results of the MEMIN research unit
Meteoritics & Planetary Science (2018) 53 (8): 1543.
Shock veins and brown olivine in Martian meteorites: Implications for their shock pressure-temperature histories
Meteoritics & Planetary Science (2018) 53 (11): 2259.
Shock metamorphism of planetary silicate rocks and sediments: Proposal for an updated classification system
Meteoritics & Planetary Science (2018) 53 (1): 5.
Phase transitions of α-quartz at elevated temperatures under dynamic compression using a membrane-driven diamond anvil cell: Clues to impact cratering?
Meteoritics & Planetary Science (2018) 53 (8): 1687.
Majoritic garnet grains within shock-induced melt veins in amphibolites from the Ries impact crater suggest ultrahigh crystallization pressures between 18 and 9 GPa
Contributions to Mineralogy and Petrology (2017) 172 (10)
Coesite in suevite from the Ries impact structure (Germany): From formation to postshock evolution
Meteoritics & Planetary Science (2017) 52 (7): 1437.
High-pressure phase transitions of α-quartz under nonhydrostatic dynamic conditions: A reconnaissance study at PETRA III
Meteoritics & Planetary Science (2017) 52 (7): 1465.
A numerical study on mesoscale simulation of quartzite and sandstone under shock loading
International Journal of Impact Engineering (2017) 108: 73.
Shocked monazite chronometry: integrating microstructural and in situ isotopic age data for determining precise impact ages
Contributions to Mineralogy and Petrology (2017) 172 (2-3)
Microscopic evidence of stishovite generated in low-pressure shock experiments on porous sandstone: Constraints on its genesis
Meteoritics & Planetary Science (2017) 52 (7): 1449.
Quantifying the Release of Climate-Active Gases by Large Meteorite Impacts With a Case Study of Chicxulub
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Microstructural constraints on the mechanisms of the transformation to reidite in naturally shocked zircon
Contributions to Mineralogy and Petrology (2017) 172 (1)
CO2release due to impact devolatilization of carbonate: Results of shock experiments
Meteoritics & Planetary Science (2016) 51 (4): 619.
Target–projectile interaction during impact melting at Kamil Crater, Egypt
Geochimica et Cosmochimica Acta (2016) 180: 33.
Revision and recalibration of existing shock classifications for quartzose rocks using low-shock pressure (2.5-20 GPa) recovery experiments and mesoscale numerical modeling
Meteoritics & Planetary Science (2016) 51 (10): 1741.
Microspherules-Bearing White Sandstone: Implication of Cosmic Impact Event near Jurassic-Cretaceous Boundary in West Central Sinai, Egypt
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Impact origin of Archean cratons
Lithosphere (2015) 7 (5): 563.
Halide based shock-wave treatment of fluid-rich natural phases
Journal of Physics: Conference Series (2015) 653: 012033.
A search for shocked quartz grains in the Allerød‐Younger Dryas boundary layer
Meteoritics & Planetary Science (2015) 50 (3): 483.
Devolatilization or melting of carbonates at Meteor Crater, AZ?
Meteoritics & Planetary Science (2015) 50 (6): 1050.
A comprehensive study of noble gases and nitrogen in “Hypatia”, a diamond-rich pebble from SW Egypt
Earth and Planetary Science Letters (2015) 432: 243.
40Ar/39Ar impact ages and time–temperature argon diffusion history of the Bunburra Rockhole anomalous basaltic achondrite
Geochimica et Cosmochimica Acta (2014) 140: 391.
Impact controversies: Impact recognition criteria and related issues
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Impact structures in Africa: A review
Journal of African Earth Sciences (2014) 93: 57.
Diaplectic quartz glass and SiO2 melt experimentally generated at only 5 GPa shock pressure in porous sandstone: Laboratory observations and meso-scale numerical modeling
Earth and Planetary Science Letters (2013) 384: 17.
Shock Events in the Solar System: The Message from Minerals in Terrestrial Planets and Asteroids
Annual Review of Earth and Planetary Sciences (2013) 41 (1): 257.
Propagation of impact-induced shock waves in porous sandstone using mesoscale modeling
Meteoritics & Planetary Science (2013) 48 (1): 115.
The first MEMIN shock recovery experiments at low shock pressure (5-12.5 GPa) with dry, porous sandstone
Meteoritics & Planetary Science (2013) 48 (1): 99.
Petrology of impactites from El’gygytgyn crater: Breccias in ICDP-drill core 1C, glassy impact melt rocks and spherules
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Shock metamorphic features in quartz grains from the Saarijärvi and Söderfjärden impact structures, Finland
Meteoritics & Planetary Science (2013) 48 (6): 955.
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