Drillhole 241877, core 3, segment 8, depth 65.05 m (logged interval 55.6 to 66.15 m)
Location: latitude -29.6493943, longitude 135.5271319
Logged: 16/10/2009 by Geologist Office of Minerals & Energy Resourc
Major lithology: Gabbro
Description: slightly weathered gabbro
Assay: As = <10 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Co = <60 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Cu = 0.004 %
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Ni = 25 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Pb = <10 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: S = 380 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Sb = <20 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Zn = 40 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Ag = <1 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: As = <10 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Co = <80 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Cu = 0.005 %
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Ni = 20 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Pb = <10 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: S = 3800 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Sb = <20 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Zn = 30 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Ag = <1 ppm
Method: 1 kg sample, digestion unspecified, ICP-MS determination.
Assay: Zr = <20 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Al = <73100 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ba = <101 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ca = <66700 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ce = <6 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Cr = 55 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Fe = 157900 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: K = 3170 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: La = 3 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Mg = 31300 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Mn = 1260 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Mo = <2 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Na = <21100 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Nb = <10 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: P = 170 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Si = <185000 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Sr = <295 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ti = <11100 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: U = <0.5 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: V = <355 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Y = 6 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Zr = <20 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Al = <67500 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ba = <77 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ca = <75100 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ce = <8 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Cr = 45 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Fe = 158200 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: K = 3020 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Mo = <2 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: La = 4 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Mg = 32600 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Mn = 1170 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Na = <20300 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Nb = <10 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: P = 250 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Si = <182000 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Sr = <270 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Ti = <9760 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: U = 1 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: V = 330 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Y = 8 ppm
Method: 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
Assay: Au = 0.001 ppm
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = <0.001 ppm
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = <0.005 ppm
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Au = <0.001 ppm
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = <0.001 ppm
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = <0.005 ppm
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.