Drillhole 184147, core 1, segment 6, depth 301.05 m (logged interval 300.0 to 329.54 m)
Location: latitude -34.6578895, longitude 139.4525541
Logged: 05/07/2020 by Geologist Department for Energy and Mining
Major lithology: Gabbro
Description: Coarse-grained gabbro consisting of plagioclase, clinopyroxene, biotite and orthopyroxene. Sheared at 319.3-319.45m.
Assay: Bi = <0.1 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Cd = <0.1 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Cs = 3.6 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Ga = 16 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: In = 0.05 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Mo = 1.6 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Sb = <0.5 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Se = <0.5 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Te = <0.2 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Th = 7 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Tl = 0.1 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: U = 1.45 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Nb = 5.5 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Y = 22 ppm
Method: 0.5g sample, mixed acid digest including HF, ICP-MS determination.
Assay: Au = 1 ppb
Method: FA3
Assay: Pt = <5 ppb
Method: FA3
Assay: Pd = 3 ppb
Method: FA3
Assay: Al2O3 = 14.2 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: CaO = 10.9 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Fe2O3 = 14.4 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: K2O = 1.07 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: MgO = 7.49 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: MnO = 0.22 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Na2O = 1.95 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: P2O5 = 0.49 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: SiO2 = 47.7 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: TiO2 = 1.49 %
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Cr = 120 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Sc = 40 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: V = 400 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ba = 240 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Be = 2.5 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Hf = 2 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Rb = 53 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Sn = <10 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Sr = 450 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Ta = <2 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: W = <3 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Zr = 80 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-MS determination.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 16 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 47 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 105 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 60 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: FeO = 9.7 %
Method: VOL1A
Assay: Dy = 4.1 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Er = 2.1 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Eu = 1.5 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Gd = 2.4 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Ho = 0.75 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Lu = 0.3 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Nd = 24 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Pr = 6 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Sm = 6 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Tb = 0.39 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Tm = 0.3 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Yb = 1.8 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: Ce = 44.5 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: La = 21 ppm
Method: Rare earths: 0.5g sample, mixed acid/HF digest, ICP-MS determination.
Assay: GoI = 0.39 %
Method: Gravimetry for loss on ignition.