measured value uncertainty unit
[Li] 21.5 µg/g
[Sr] 346.0 µg/g
[Zr] 130.0 µg/g
[La] 15.2 µg/g
[Nd] 18.4 µg/g
[Sm] 4.35 µg/g
[Ta] 0.329 µg/g
[Th] 6.09 µg/g
[B] 16.1 µg/g
[Be] 0.97 µg/g
[Y] 25.9 µg/g
[Ce] 32.4 µg/g
[Gd] 5.01 µg/g
[Er] 3.0 µg/g
[Tm] 0.434 µg/g
[Yb] 2.95 µg/g
[Lu] 0.445 µg/g
[Pb] 8.86 µg/g
[Rb] 51.5 µg/g
[Nb] 4.94 µg/g
[Cs] 2.57 µg/g
[Ba] 317.0 µg/g
[Pr] 4.2 µg/g
[Eu] 1.28 µg/g
[Tb] 0.789 µg/g
[Dy] 5.06 µg/g
[Ho] 1.05 µg/g
[Hf] 3.65 µg/g
[U] 1.51 µg/g
tables:
  • Table 1: Summary of petrographic charcteristics of Bratan lavas of Ryu, S. (2013) K-Ar analyses of the post-caldera lavas of Bratan volcano in Bali Island, Indonesia - Ar isotope mass fractionation to light isotope enrichment, Journal of Volcanology and Geothermal Research, 264, 107-116. more
  • Table 2. Whole rock compositions of Bratan lavas of Ryu, S. (2013) K-Ar analyses of the post-caldera lavas of Bratan volcano in Bali Island, Indonesia - Ar isotope mass fractionation to light isotope enrichment, Journal of Volcanology and Geothermal Research, 264, 107-116. more
  • Table 3: K-Ar analytical data of Bratan lavas of Ryu, S. (2013) K-Ar analyses of the post-caldera lavas of Bratan volcano in Bali Island, Indonesia - Ar isotope mass fractionation to light isotope enrichment, Journal of Volcanology and Geothermal Research, 264, 107-116. more