Pb diffusion in perfect and defective zircon for thermo/petro-chronological investigations: An atomistic approach

Ullah, Matee; Klötzli, Urs; Wadood, Bilal; Khubab, Muhammad; Islam, Fakhrul; Shehzad, Kamran; Ahmad, Rafique

doi:10.1016/j.chemgeo.2023.121750

Chemical Geology

2023

DOI: 10.1016/j.chemgeo.2023.121750

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Pb diffusion in perfect and defective zircon for thermo/petro-chronological investigations: An atomistic approach

Matee Ullah,

Urs Klötzli,

Bilal Wadood

et al.

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2024

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Cited by 2 publications

References 62 publications

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Zircon coupled dissolution-precipitation textures distinguish xenocrystic cargo from rare magmatic zircon in the Paleoarchean Bacuri Mafic-Ultramafic layered Complex, Brazil

Spier,

Daczko,

Zhou

2024

Precambrian Research

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Zircon coupled dissolution-precipitation textures distinguish xenocrystic cargo from rare magmatic zircon in the Paleoarchean Bacuri Mafic-Ultramafic layered Complex, Brazil

Spier,

Daczko,

Zhou

2024

Precambrian Research

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Direct dating rodingitization in the northern North China Craton using garnet U–Pb geochronometry

Ran,

Wang,

Yang

et al. 2024

Terra Nova

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The formation of rodingites has been a continually controversial topic, largely due to the absence of minerals that can be unambiguously dated. Here, we present a case study that utilized LA‐ICPMS garnet U–Pb dating, in conjunction with field investigations, petrology and Raman spectroscopy, to reveal the age and petrogenesis of rodingite in the northern North China Craton. The rodingites are spatially associated with mafic and alkaline rocks. Our findings indicate that rodingitization occurred at ca. 388 Ma, making it about 5–10 Myr younger than its mafic protoliths, but contemporaneous with the adjoining alkaline plutons. These observations suggest that the rodingitization may be attributed to hydrothermal fluids from the alkaline magmas. Our study emphasizes the importance of utilizing garnet U–Pb dating to determine the timing of rodingitization and introduces a novel perspective on the relationship between rodingitization and alkaline magmas in extensional continental settings.

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Pb diffusion in perfect and defective zircon for thermo/petro-chronological investigations: An atomistic approach

Cited by 2 publications

References 62 publications

Zircon coupled dissolution-precipitation textures distinguish xenocrystic cargo from rare magmatic zircon in the Paleoarchean Bacuri Mafic-Ultramafic layered Complex, Brazil

Zircon coupled dissolution-precipitation textures distinguish xenocrystic cargo from rare magmatic zircon in the Paleoarchean Bacuri Mafic-Ultramafic layered Complex, Brazil

Direct dating rodingitization in the northern North China Craton using garnet U–Pb geochronometry

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