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(Table 6) U-Pb zircon results of granitic dyke G8-59.3 from Drake Head, north...
Calibration error of reference zircon: 1.68% (n=18) -
(Table 5) U-Pb zircon results of migmatitic gneiss G8-59.1 from Drake Head, n...
Calibration error of reference zircon: 1.26% (n=17) -
(Table 4) U-Pb monazite results of metatexite G8-58.1 from Mt. Dalton, northe...
No 1-12: Session 1, calibration error of reference monazite: Pb/U 1.03%; Pb/Th 1.27% (n=9). No 13-19: Session 2, calibration error of reference monazite: Pb/U 0.78%; Pb/Th 1.37%... -
(Table 3) U-Pb zircon results of metatexite G8-58.1 from Mt. Dalton, northern...
Calibration error of reference zircon: 1.26% (n=17) -
(Table 2) U-Pb monazite results of diatexite G8-57.4 from Mt. Blowaway, north...
No 1-9: Session 1, calibration error of reference monazite: Pb/U 1.03%; Pb/Th 1.27% (n=9). No 10-16: Session 2, calibration error of reference monazite: Pb/U 0.78%; Pb/Th 1.37%... -
(Table 1) U-Pb zircon results of diatexite G8-57.4 from Mt. Blowaway, norther...
Calibration error of reference zircon: 1.20% (n=18) -
Crust growth and isotope age, Australian Southern Ocean
This dataset has no description
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Lead and neodymium isotope time-series for manganese crust SO36-63KD
Ages were calculated using growth rates derived by 10Be/9Be ratios and constant Co-flux model. For compatibility all ratios were normalized to the NIST SRM981 values of Galer... -
Lead and neodymium isotope time-series for manganese crust D27_2-1
Ages were calculated using growth rates derived by 10Be/9Be ratios and constant Co-flux model. For compatibility all ratios were normalized to the NIST SRM981 values of Galer... -
Lead and neodymium isotope time-series for manganese crust D137-01
Ages were calculated using growth rates derived by 10Be/9Be ratios and constant Co-flux model. For compatibility all ratios were normalized to the NIST SRM981 values of Galer... -
Neodymium and lead isotopes from manganese crust S1601-13 (ROM16)
The ages are calculated for the respective mean depths. Depending on the different growth rates of the crusts, samples correspond to different age intervals. -
Neodymium and lead isotopes from manganese crust G9646-63 (ROM46)
The ages are calculated for the respective mean depths. Depending on the different growth rates of the crusts, samples correspond to different age intervals. -
Neodymium and lead isotopes from manganese crust G9632-47 (ROM32)
The ages are calculated for the respective mean depths. Depending on the different growth rates of the crusts, samples correspond to different age intervals. -
Neodymium and lead isotopes from manganese crust DR01-001a (Vema)
The ages are calculated for the respective mean depths. Depending on the different growth rates of the crusts, samples correspond to different age intervals. -
Crust growth and isotope age, Bellinghausen Sea
This dataset has no description
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Crust growth and isotope age, Mid Atlantic Ridge
This dataset has no description
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Crust growth and isotope age, Madagascar Basin
This dataset has no description
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Crust growth and isotope age, Cape Basin
This dataset has no description
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Crust growth and isotope age, Cape Basin
This dataset has no description
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Crust growth and isotope age, Walvis Ridge
This dataset has no description