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Fission-track age determination of the Southern Malawi Rift from rock sample ...
Sample Number: LM 13Position (#): 18Area of Graticule Square: 6.400E-07 No. of Crystals: 20 Zeta Factor ±Error: 305.8 ±8.4 Rho d (% Relative Error): 1.553+06N d: 4969Mineral:... -
Fission-track age determination of the Southern Malawi Rift from rock sample ...
Sample Number: LM 9Position (#): 18Area of Graticule Square: 6.400E-07 No. of Crystals: 20 Zeta Factor ±Error: 305.8 ±8.4 Rho d (% Relative Error): 1.566E+06 N d:... -
Fission-track age determination of the Southern Malawi Rift from rock sample ...
Sample Number: LM 8BPosition (#): 18Area of Graticule Square: 6.400E-07 No. of Crystals: 20 Zeta Factor ±Error: 305.8 ±8.4 Rho d (% Relative Error): 1.580E+06 N d:... -
Fission-track age determination of the Southern Malawi Rift from rock sample ...
Sample Number: LM 7 Position (#): 18Area of Graticule Square: 6.400E-07 No. of Crystals: 20 Zeta Factor ±Error: 305.8 ±8.4 Rho d (% Relative Error): 1.594E+06 N... -
Fission-track age determination of the Southern Malawi Rift from rock sample ...
Sample Number: LM 1Position (#): 18Area of Graticule Square: 6.400E-07No. of Crystals: 20Zeta Factor ± Error: 305.8 ± 8.4Rho d (% Relative Error): 1.608E+06N d: 5145Mineral:... -
Thermotectonic history of rift-bounding faults using apatite fission track da...
Previous thermal history models have supported Miocene aged rift initiation of the northern Malawi Rift, but such analysis is lacking from the southern Malawi Rift (which is...
