EigenformAI/ReSolveSA huggingface dataset:
Drillhole 9955, core 5, segment 9, depth 9.15 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 8, depth 9.04 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 7, depth 8.94 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 6, depth 8.83 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 5, depth 8.72 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 4, depth 8.61 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 3, depth 8.5 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 2, depth 8.39 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 9955, core 5, segment 1, depth 8.28 m (logged interval 4.0 to 9.32 m)
Location: latitude -30.0011943, longitude 135.146499
Logged: 12/12/2013 by Geologist 
Major lithology: Palaeosol
Description: red brn to yell, massive, sandy matrix supported, SA to SR, granule to pebble maghemite, qz, rock frags.
Assay: Bi = <3 ppm
Method: IC4M
Assay: Ba = 110 ppm
Method: IC4M
Assay: Cd = <3 ppm
Method: IC4M
Assay: Co = <10 ppm
Method: IC4M
Assay: La = 5 ppm
Method: IC4M
Assay: Mo = 3 ppm
Method: IC4M
Assay: Nb = 20 ppm
Method: IC4M
Assay: Sb = 4 ppm
Method: IC4M
Assay: W = 6 ppm
Method: IC4M
Assay: Ce = 7 ppm
Method: IC4M
Assay: Se = <10 ppm
Method: IC4M
Assay: Sr = 50 ppm
Method: IC4M
Assay: Th = 34 ppm
Method: IC4M
Assay: U = 3.7 ppm
Method: IC4M
Assay: Y = 7 ppm
Method: IC4M
Assay: Rb = 11 ppm
Method: IC4M
Assay: Nd = 5 ppm
Method: IC4M
Assay: Ag = <1 ppm
Method: AA3
Assay: Cu = 11 ppm
Method: AA3
Assay: Zn = 6 ppm
Method: AA3
Assay: Al2O3 = 13.2 %
Method: IC4
Assay: CaO = 0.31 %
Method: IC4
Assay: Fe2O3 = 32.6 %
Method: IC4
Assay: K2O = 0.23 %
Method: IC4
Assay: MnO = 0.01 %
Method: IC4
Assay: Na2O = 0.13 %
Method: IC4
Assay: P2O5 = 0.03 %
Method: IC4
Assay: SiO2 = 40.9 %
Method: IC4
Assay: TiO2 = 0.53 %
Method: IC4
Assay: MgO = 0.44 %
Method: IC4
Assay: LOI = 11.6 %
Method: IC4
Assay: Au = <0.01 ppm
Method: FA1
Assay: As = <50 ppm
Method: IC4E
Assay: Sn = <50 ppm
Method: IC4E
Assay: V = 150 ppm
Method: IC4E
Assay: Cr = 260 ppm
Method: IC4E
Assay: Pb = 310 ppm
Method: IC4E
Assay: Zr = 130 ppm
Method: IC4E
Drillhole 311183, core 3, segment 5, depth 100.73 m (logged interval 98.0 to 104.0 m)
Location: latitude -31.2252643, longitude 134.762987
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.03 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311183, core 3, segment 4, depth 96.73 m (logged interval 86.0 to 98.0 m)
Location: latitude -31.2252643, longitude 134.762987
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.4 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311183, core 3, segment 3, depth 92.73 m (logged interval 86.0 to 98.0 m)
Location: latitude -31.2252643, longitude 134.762987
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.17 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311183, core 3, segment 2, depth 88.73 m (logged interval 86.0 to 98.0 m)
Location: latitude -31.2252643, longitude 134.762987
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.02 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311183, core 3, segment 1, depth 84.73 m (logged interval 77.0 to 86.0 m)
Location: latitude -31.2252643, longitude 134.762987
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.03 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 10, depth 120.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 9, depth 116.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 8, depth 112.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 7, depth 108.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.04 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 6, depth 104.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.43 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 5, depth 100.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 4, depth 96.66 m (logged interval 94.0 to 129.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.01 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 3, depth 92.66 m (logged interval 71.0 to 94.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 2, depth 88.66 m (logged interval 71.0 to 94.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311185, core 3, segment 1, depth 84.66 m (logged interval 71.0 to 94.0 m)
Location: latitude -31.2277923, longitude 134.764187
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 10, depth 120.66 m (logged interval 113.0 to 122.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Quartz Rock (Undiff. Origin)
Description: Central Alteration Zone composed of a heterogeneous mass of quartz and sericite, chip sample
Assay: Au = 0.23 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 9, depth 116.66 m (logged interval 113.0 to 122.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Quartz Rock (Undiff. Origin)
Description: Central Alteration Zone composed of a heterogeneous mass of quartz and sericite, chip sample
Assay: Au = 0.66 ppm
Method: Lead collection fire assay 50g charge, flame AAS determination.
Assay: Au = 0.63 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 8, depth 112.66 m (logged interval 108.0 to 113.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.7 ppm
Method: Lead collection fire assay 50g charge, flame AAS determination.
Assay: Au = 0.66 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 7, depth 108.66 m (logged interval 108.0 to 113.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.08 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 6, depth 104.66 m (logged interval 92.0 to 105.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.07 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 5, depth 100.66 m (logged interval 92.0 to 105.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.01 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 4, depth 96.66 m (logged interval 92.0 to 105.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 3, depth 92.66 m (logged interval 92.0 to 105.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.01 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 2, depth 88.66 m (logged interval 74.0 to 92.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.03 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311177, core 3, segment 1, depth 84.66 m (logged interval 74.0 to 92.0 m)
Location: latitude -31.2217413, longitude 134.760721
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.15 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 10, depth 120.66 m (logged interval 120.0 to 126.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Quartz Rock (Undiff. Origin)
Description: Central Alteration Zone composed of a heterogeneous mass of quartz and sericite, chip sample
Assay: Au = 0.02 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 9, depth 116.66 m (logged interval 116.0 to 119.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.19 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 8, depth 112.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.18 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 7, depth 108.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.05 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 6, depth 104.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.11 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 5, depth 100.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.63 ppm
Method: Lead collection fire assay 50g charge, flame AAS determination.
Assay: Au = 0.58 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 4, depth 96.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.1 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 3, depth 92.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.02 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 2, depth 88.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.02 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311172, core 3, segment 1, depth 84.66 m (logged interval 80.0 to 114.0 m)
Location: latitude -31.2269163, longitude 134.763835
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.05 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 10, depth 120.66 m (logged interval 112.0 to 128.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.02 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 9, depth 116.66 m (logged interval 112.0 to 128.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.01 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 8, depth 112.66 m (logged interval 112.0 to 128.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.23 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 7, depth 108.66 m (logged interval 96.0 to 109.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.02 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 6, depth 104.66 m (logged interval 96.0 to 109.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 5, depth 100.66 m (logged interval 96.0 to 109.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 4, depth 96.66 m (logged interval 96.0 to 109.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.01 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 3, depth 92.66 m (logged interval 92.0 to 96.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.05 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 2, depth 88.66 m (logged interval 86.0 to 90.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Mafic Intrusive
Description: Mafic Dyke - Sheared, chip sample
Assay: Au = 0.17 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311165, core 3, segment 1, depth 84.66 m (logged interval 54.0 to 86.0 m)
Location: latitude -31.2326523, longitude 134.767073
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.005 ppm
Method: Solvent extraction 10g charge, flame AAS determination.
Drillhole 311147, core 3, segment 10, depth 120.66 m (logged interval 110.0 to 125.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Mafic Intrusive
Description: Mafic Dyke - Sheared, chip sample
Assay: Au = 0.002 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 9, depth 116.66 m (logged interval 110.0 to 125.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Mafic Intrusive
Description: Mafic Dyke - Sheared, chip sample
Assay: Au = 0.001 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 8, depth 112.66 m (logged interval 110.0 to 125.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Mafic Intrusive
Description: Mafic Dyke - Sheared, chip sample
Assay: Au = 0.001 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 7, depth 108.66 m (logged interval 106.0 to 110.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.157 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 6, depth 104.66 m (logged interval 101.0 to 106.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Phyllite
Minor lithology: Mylonite
Description: Phyllite/ Ultra Mylonite Shear, chip sample
Assay: Au = 0.07 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 5, depth 100.66 m (logged interval 91.0 to 101.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 1.95 ppm
Method: Lead collection fire assay 50g charge, flame AAS determination.
Assay: Au = 2.009 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 4, depth 96.66 m (logged interval 91.0 to 101.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.071 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 3, depth 92.66 m (logged interval 91.0 to 101.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Augen Gneiss
Description: Tunkillia Augen Gneiss, chip sample
Assay: Au = 0.342 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 2, depth 88.66 m (logged interval 83.0 to 91.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Rhyolite
Minor lithology: Dacite
Description: Dacite / Rhyolite Dyke, chip sample
Assay: Au = 0.012 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 311147, core 3, segment 1, depth 84.66 m (logged interval 83.0 to 91.0 m)
Location: latitude -31.2283003, longitude 134.765288
Logged: 13/02/2005 by Geologist Company Data
Major lithology: Rhyolite
Minor lithology: Dacite
Description: Dacite / Rhyolite Dyke, chip sample
Assay: Au = 0.011 ppm
Method: Graphite furnace atomic absorption spectrometry
Drillhole 254803, core 6, segment 6, depth 268.03 m (logged interval 254.0 to 315.5 m)
Location: latitude -30.6485065, longitude 140.3153793
Logged: 16/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Rhyolite
Description: Porphyritic rhyolite.  Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite.  Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
Assay: Ag = 0.32 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 12 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 150.59 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.7 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 73.09 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.1 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 41 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.64 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ag = 0.27 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 17 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = <1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.83 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 149.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 71.97 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.3 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 29 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 3.65 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 35 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.82 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 175 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Cu = 25 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.89 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 158 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254803, core 6, segment 5, depth 267.93 m (logged interval 254.0 to 315.5 m)
Location: latitude -30.6485065, longitude 140.3153793
Logged: 16/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Rhyolite
Description: Porphyritic rhyolite.  Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite.  Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
Assay: Ag = 0.32 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 12 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 150.59 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.7 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 73.09 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.1 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 41 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.64 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 35 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.82 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 175 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254803, core 6, segment 4, depth 267.84 m (logged interval 254.0 to 315.5 m)
Location: latitude -30.6485065, longitude 140.3153793
Logged: 16/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Rhyolite
Description: Porphyritic rhyolite.  Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite.  Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
Assay: Ag = 0.32 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 12 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 150.59 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.7 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 73.09 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.1 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 41 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.64 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 35 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.82 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 175 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254803, core 6, segment 3, depth 267.74 m (logged interval 254.0 to 315.5 m)
Location: latitude -30.6485065, longitude 140.3153793
Logged: 16/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Rhyolite
Description: Porphyritic rhyolite.  Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite.  Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
Assay: Ag = 0.32 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 12 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 150.59 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.7 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 73.09 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.1 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 41 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.64 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 35 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.82 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 175 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254803, core 6, segment 2, depth 267.65 m (logged interval 254.0 to 315.5 m)
Location: latitude -30.6485065, longitude 140.3153793
Logged: 16/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Rhyolite
Description: Porphyritic rhyolite.  Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite.  Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
Assay: Ag = 0.32 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 12 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 150.59 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.7 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 73.09 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.1 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 41 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.64 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 35 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.82 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 175 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254803, core 6, segment 1, depth 267.55 m (logged interval 254.0 to 315.5 m)
Location: latitude -30.6485065, longitude 140.3153793
Logged: 16/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Rhyolite
Description: Porphyritic rhyolite.  Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite.  Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
Assay: Ag = 0.32 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: As = 12 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 1 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 66 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.8 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 150.59 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.7 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 73.09 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 3.1 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 41 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.64 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 35 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.82 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 175 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254808, core 5, segment 10, depth 276.85 m (logged interval 274.0 to 279.0 m)
Location: latitude -30.6051875, longitude 140.3474493
Logged: 17/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Sandstone
Minor lithology: Conglomerate
Description: Sandstone / Conglomerate.  Poorly sorted sst / conglom with rhyolite porphry clasts.  Sharp contact at 279m with massive porphyritic rhyolite.
Assay: As = 6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 2 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 324 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.27 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 52.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 29.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 0.3 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 11 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.2 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 10 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.68 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 43 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254808, core 5, segment 9, depth 276.82 m (logged interval 274.0 to 279.0 m)
Location: latitude -30.6051875, longitude 140.3474493
Logged: 17/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Sandstone
Minor lithology: Conglomerate
Description: Sandstone / Conglomerate.  Poorly sorted sst / conglom with rhyolite porphry clasts.  Sharp contact at 279m with massive porphyritic rhyolite.
Assay: As = 6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 2 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 324 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.27 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 52.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 29.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 0.3 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 11 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.2 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 10 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.68 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 43 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254808, core 5, segment 8, depth 276.8 m (logged interval 274.0 to 279.0 m)
Location: latitude -30.6051875, longitude 140.3474493
Logged: 17/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Sandstone
Minor lithology: Conglomerate
Description: Sandstone / Conglomerate.  Poorly sorted sst / conglom with rhyolite porphry clasts.  Sharp contact at 279m with massive porphyritic rhyolite.
Assay: As = 6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 2 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 324 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.27 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 52.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 29.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 0.3 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 11 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.2 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 10 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.68 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 43 ppm
Method: Aqua regia digestion, flame AAS.
Drillhole 254808, core 5, segment 7, depth 276.77 m (logged interval 274.0 to 279.0 m)
Location: latitude -30.6051875, longitude 140.3474493
Logged: 17/06/2010 by Geologist Office of Minerals & Energy Resourc
Major lithology: Sandstone
Minor lithology: Conglomerate
Description: Sandstone / Conglomerate.  Poorly sorted sst / conglom with rhyolite porphry clasts.  Sharp contact at 279m with massive porphyritic rhyolite.
Assay: As = 6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Au = 2 ppb
Method: Inductively coupled plasma mass spectrometry
Assay: Ba = 324 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Bi = 0.27 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Ce = 52.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Co = 3.6 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: La = 29.5 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Mo = 0.3 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Pb = 11 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: U = 2.2 ppm
Method: Inductively coupled plasma mass spectrometry
Assay: Cu = 10 ppm
Method: Aqua regia digestion, flame AAS.
Assay: Fe = 3.68 %
Method: Aqua regia digestion, flame AAS.
Assay: Zn = 43 ppm
Method: Aqua regia digestion, flame AAS.