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241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ti | <9000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | U | <0.5 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | V | <285 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Y | 7 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Au | <0.001 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pd | <0.001 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_10_66.67.jpg | 241,877 | 5 | 10 | 66.67 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pt | <0.005 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | As | <10 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Co | <60 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Cu | 0.004 | % | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ni | 25 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pb | <10 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | S | 4480 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Sb | <20 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Zn | 35 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ag | <1 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Zr | <20 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Al | <74300 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ba | <82 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ca | <70500 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ce | <8 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Cr | 25 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Fe | 140000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | K | 2090 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | La | 4 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mg | 39900 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mn | 1070 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mo | <2 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Na | <22900 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Nb | <10 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | P | 290 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Si | <206000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Sr | <300 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ti | <9000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | U | <0.5 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | V | <285 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Y | 7 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Au | <0.001 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pd | <0.001 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_9_66.6.jpg | 241,877 | 5 | 9 | 66.6 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pt | <0.005 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | As | <10 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Co | <60 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Cu | 0.004 | % | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ni | 25 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pb | <10 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | S | 4480 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Sb | <20 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Zn | 35 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ag | <1 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Zr | <20 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Al | <74300 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ba | <82 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ca | <70500 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ce | <8 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Cr | 25 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Fe | 140000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | K | 2090 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | La | 4 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mg | 39900 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mn | 1070 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mo | <2 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Na | <22900 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Nb | <10 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | P | 290 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Si | <206000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Sr | <300 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ti | <9000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | U | <0.5 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | V | <285 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Y | 7 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Au | <0.001 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pd | <0.001 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_8_66.53.jpg | 241,877 | 5 | 8 | 66.53 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pt | <0.005 | ppm | FA3E | 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | As | <10 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Co | <60 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Cu | 0.004 | % | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ni | 25 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Pb | <10 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | S | 4480 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Sb | <20 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Zn | 35 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ag | <1 | ppm | MET1 | 1 kg sample, digestion unspecified, ICP-MS determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Zr | <20 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Al | <74300 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ba | <82 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ca | <70500 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ce | <8 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Cr | 25 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Fe | 140000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | K | 2090 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | La | 4 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mg | 39900 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mn | 1070 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Mo | <2 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Na | <22900 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Nb | <10 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | P | 290 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Si | <206000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Sr | <300 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
241877_5_7_66.45.jpg | 241,877 | 5 | 7 | 66.45 | 178,308 | Office of Minerals & Energy Resourc | Geologist | 16/10/2009 | 66.15 | 74 | GBNR | null | Gabbronorite | null | null | null | 8cm wide MT-rich layer from 69.2m | 1,434,447 | 551,018.78 | 6,719,947.47 | 53 | 135.527132 | -29.649394 | 135.527122 | -29.64938 | Ti | <9000 | ppm | IC4 | 0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination. |
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