Related by context. All words. (Click for frequent words.) 75 #ppb [003] 71 #ppm Cu 71 #ppb [001] 70 #ppm U 69 1g t 69 #.#ppm [001] 68 #.#g Au t [003] 68 ppm Mo 68 Cr#O# 68 ppm eU#O# 68 Cu Pb 68 #ppb gold 67 #ppb Au [002] 67 g/m3 67 #ppm [001] 67 ppm U 67 ppm Cu 67 1ppm 66 g t Pt 66 #g t Au [001] 66 averaging #.#g t [003] 66 #g t Au [002] 66 #m@#.#g t Au [004] 66 #g t [003] 66 intersected #.#m [002] 66 #.#g t Ag [005] 65 ppm Zn 65 Au t 65 intersected #.#m [001] 65 ppm Ag 65 #.#g t gold [001] 65 #g t [002] 65 #ppm U#O# 65 ppm U#O# 65 #.#g Au t [005] 65 t Ag 65 #ppb [002] 65 #.#g Au t [002] 65 1g t Au 65 ppm Pb 64 #.#gpt [001] 64 5g t 64 #m@#.# g t Au [002] 64 oz ton silver 64 g t Pd 64 #.#g t silver [003] 64 % Cu #.#g 64 tungsten trioxide 64 Cu Eq 64 #ppb Au [001] 63 oz st 63 gm t 63 % Nb#O# 63 Lanthanum La 63 #ppm Mo 63 Nb#O# 63 gm t Au 63 % MoS2 63 #.#g t [006] 63 ppm Au 63 ZrO 2 63 #.#g t [003] 63 Terbium Tb 63 #m@#.# g t Au [006] 63 neodymium Nd 63 + Pd + 63 gm tonne 63 + Pd 63 CuT 63 arsenic antimony mercury 62 metres@#.#g t gold 62 ppm zinc 62 mineable widths 62 #.#g t silver [001] 62 #,# g t 62 % eU#O# 62 #ppm molybdenum [002] 62 pCi l 62 ppm 62 hypogene mineralization 62 ppb Au 62 gAu tonne 62 #.#kg t 62 g t Ta#O# 62 ppm molybdenum 62 % Cu Eq 62 #.#g t [005] 62 interval grading #.#g 62 P#O# 62 #ppm eU#O# 62 anomalous Au 62 Copper Cu 62 diopside 62 3g t 62 t/m3 62 2ppm 62 ppm arsenic 62 #.#g t Pd 62 gpt Ag 62 Li#CO# 62 Bq l 62 millidarcies 62 #.#g t Ag [004] 62 copper Cu 62 Ta#O# 61 platinum Pt 61 ppm uranium 61 #.#g t silver [004] 61 ppm Ta#O# 61 #.#Mlbs U#O# [001] 61 #g t [001] 61 averaging #.#g t [001] 61 % P#O# 61 #m@#.# g t [002] 61 #m@#.#g t [006] 61 #g t Ag [002] 61 #.#g t Au [005] 61 Pt + Pd 61 oz Au t 61 #m@#.# % [001] 61 #.#g t Ag [003] 61 mg/m3 61 m@#.# 61 Cu Pb Zn 61 gms tonne 61 #.#g t Ag [002] 61 metres@#.# g t Au [002] 61 #.#g Ag t 61 Au Eq 61 Ag Pb 61 #.#g t [002] 61 lanthanum La 61 U Th 61 #m@#.#g t Au [003] 61 #m@#.# % [002] 61 @ #.#g t [002] 61 Au Pt 61 eU#O# 61 cadmium Cd 61 t Au 61 m@#.# g t [004] 61 #m@#.# ppm 60 #.#g t gold [004] 60 m@#.# g t Au [002] 60 ug L 60 Ag Eq 60 nickel Ni 60 pyrite altered 60 drillhole intersected 60 Ag Cu 60 anomalous antimony 60 #.#g t Au [006] 60 permeabilities 60 #.#g t silver [002] 60 @ #.#g t [001] 60 Dysprosium Dy 60 metres@#.# % [003] 60 Cu Ag 60 % Fe#O# 60 lithium oxide 60 pathfinder element 60 g mt 60 epidote 60 g t AuEq 60 g t Gallium 60 zinc Zn 60 % WO3 60 oxides TREO 60 sphalerite galena 60 Thicknesses 60 t Au #.#g t [001] 60 μS cm 60 intersected anomalous 60 ug l 60 pyrope garnets 60 chalcopyrite pyrite 60 Rhodium Rh 60 weakly anomalous 60 Au Pt Pd 60 #.#g t Ag [001] 60 % Cr#O# 60 #m@#.# % [004] 60 #.#oz t [002] 60 #.#gpt Au [001] 60 #.#mg l [001] 60 cerium Ce 60 #.# oz Au 59 #.#gpt gold [001] 59 meters grading #.#g [003] 59 gm mt 59 #.#g t Au [002] 59 ppm Ni 59 oC 59 Zinc Zn 59 ppm Ta 59 vanadium pentoxide V#O# 59 -Osmanli 59 carbonate veins 59 Chalcopyrite 59 Cerium Ce 59 #.#-#.# [011] 59 gpt silver 59 #.#g t [004] 59 Zr 59 mg l 59 pentoxide 59 #m@#.#g t Au [001] 59 #.#gpt [002] 59 @ #.#g t [003] 59 Silver Equivalent 59 Bulk density 59 #.#m #.#m [004] 59 leachability 59 metres@#.# % [002] 59 pbb 59 zinc sulphides 59 ZrO2 59 Animas vein 59 meters grading #.#g [002] 59 Tonnes Au 59 #.#gpt Au [002] 59 goethite hematite 59 #g t Ag [001] 59 FeO 59 iron sulphides 59 #.#gpt [004] 59 g t indium 59 calorific values 59 ppm eU 59 Cr Fe 59 μg l 59 Pt Pd 59 Al#O# 59 H#SO# 59 #.#g t Au [001] 59 #.#ppm [002] 59 reanalyzed using 59 grading #.#g t Au [001] 59 @ #.#g t [004] 59 chalcedonic 59 ppb Pt 59 drilled thicknesses 59 grammes tonne 59 spodumene rich 59 #m@#.# g t Au [001] 59 Y#O# 59 MoS2 59 #m@#.# % [007] 59 nitrate nitrite 59 tonne Au 59 #.#g/tAu 59 #m@#.#g t [002] 59 g t Ag Eq 59 g t 4E 59 Au CHL# 59 g t PGE 59 #m@#.#g t Au [002] 59 WO3 59 Nb Ta 59 Nd#O# 59 Au Ag Pb Zn 59 MgO 58 hematite chlorite 58 oz ton Au 58 biotite rich 58 CaO 58 Yampi Member 58 #RB# 58 ppm boron 58 ^ sup -1 58 yttrium oxide 58 #.# oz ton 58 #m grading #.#g [002] 58 gravimetric method 58 #m@#.# g t [006] 58 #m@#.# % [005] 58 eU 3 58 metres@#.# g t Au [001] 58 massive sulphide horizon 58 AgEq 58 HREO 58 picoCuries 58 g l 58 gpt Pt 58 #g t Ag [003] 58 ppm lithium 58 yr -1 58 Zn 58 #.#g t gold [003] 58 scf ton 58 meters grading #.#g [001] 58 bismuth Bi 58 + Y#O# 58 #mg/kg [001] 58 m@#.# % 58 KDH# [001] 58 sylvite 58 #μg [001] 58 t Pd 58 vein widths 58 drilled widths 58 g t Ag 58 antimony Sb 58 anomalous arsenic 58 NaCN 58 pyrite pyrrhotite 58 benzopyrene 58 abundant quartz veining 58 5ppm 58 g t Beryllium 58 Anomalous uranium 58 oz t Ag 58 mineralized interval 58 Strongly anomalous 58 silica SiO2 58 #.#m #.#m #.#m [003] 58 intersected mineralized 58 Platinum Pt 58 oxide TREO 58 actinolite 58 copper equivalent CuEq 58 #m@#.# % [006] 58 NO3 58 LREE 58 -Whitsunday Regional 58 TCu 58 ppm U# 58 potentially mineable widths 58 #.#g t Au [004] 58 chrome diopside 58 disseminated chalcopyrite 58 per tonne gpt 58 Fe#O# 58 Hole IKD 58 vein intercepts 58 advanced argillic alteration 58 specular hematite 58 #mV V 58 ppm Nb 58 -Expandable Memory 58 niobium Nb 58 dissolved oxygen DO 58 palladium Pd 58 gpt Pd 58 -Dins 57 grading #.#g t [002] 57 Rubidium Rb 57 -Keichi 57 #.#Mt @ [003] 57 La#O# 57 chlorite carbonate 57 anomalous bismuth 57 #m@#.# g t [005] 57 bearing sulphide mineralization 57 #m@#.# g t Au [005] 57 meters@#.# g t [002] 57 #ppm [003] 57 Drill composites 57 #m@#.# % [003] 57 Anomalous copper 57 #m@#.#g t [001] 57 Mg Li 57 cpht 57 #m@#.# g t Au [007] 57 acid soluble 57 molybdenite MoS2 57 K2O 57 metres@#.# % [001] 57 g cm 57 phosphate P#O# 57 quartz carbonate veining 57 chalcocite mineralization 57 biotite chlorite 57 grading #.#g t Au [002] 57 porosities 57 biphenyl 57 scfm 57 radioactivity intersected 57 ppm antimony 57 % TCu 57 #m@#.# g t [004] 57 copper #.#g t [002] 57 m Width m 57 #.#gpt gold [002] 57 m@#.# g t [003] 57 g t TPM 57 Hole intersected 57 sulfur dioxide SO 57 Pb Zn 57 #.#g t gold [005] 57 oz t Au 57 dunite 57 g t Rubidium 57 molybdenum Mo 57 #.#g t Au [003] 57 HREO TREO 57 gms tonne silver 57 g Ag 57 niobium oxide Nb#O# 57 Pt Pd Au 57 Villeta T 57 hematite goethite 57 heap leach recoveries 57 averaging #.#g t [002] 57 centistokes 57 Merensky Reef 57 #.#mg L [001] 57 section #E [004] 57 silicified zone 57 #m@#.#g t [004] 57 Biochemical Oxygen Demand 57 CaCO3 57 eU 57 lamprophyre 57 SiO2 57 μg g 57 ppb Pd 57 g/cm3 57 disseminated arsenopyrite 57 ilmenites 57 sulfide bearing 57 Nitrogen NOx 57 Cu Mo 57 Au Cu Ag 57 ankerite 57 reassayed 57 Mt@#.# g t [001] 57 pyroxenites 57 magnetite alteration 57 chromitite layers 57 copper anomalism 57 ppm deg 57 Au eq 57 folate vitamin B6 57 sulphide mineralized 57 unoxidized 57 veins stockworks 57 #JD# 57 oz ton Ag 57 Bq 57 scheelite 57 pathfinder elements 57 B#O# 57 Zn Cu 56 m ^ sup 56 trioxide 56 Anomalous values 56 silica pyrite 56 quartz adularia 56 gm Au 56 UG2 Reef 56 #CF# 56 massive sulphides grading 56 chalcopyrite copper 56 zinc #.#g t 56 carbonatized 56 Yttrium Y 56 La Ce Pr 56 mineralized gabbro 56 g t silver 56 #.#m grading #.#g [001] 56 Ag Au 56 Interval m 56 #m@#.#g t Au [006] 56 peridotitic 56 rhodium Rh 56 isotope fractionation 56 ppm ppm 56 Molybdenum Mo 56 Gd#O# 56 scf t 56 Rhenium Re 56 breccias containing 56 sulphidized 56 Pd Pt 56 stockwork mineralization 56 greenschist 56 pyrite pyrrhotite chalcopyrite 56 magnetite ilmenite 56 Tonnes Au g t 56 μg L 56 bornite chalcopyrite 56 manganese zinc 56 g.Au t 56 kainite 56 macrocrystic 56 carbonaceous mudstone 56 ohm cm 56 arsenide 56 zinc indium 56 #.#oz t [001] 56 BRAZD 56 Sn 56 mEq 56 enargite 56 copper sulphide mineralization 56 pyrrhotite mineralization 56 sylvinite 56 silicification quartz 56 grade mineralization intersected 56 Intersected 56 NiEq 56 Nb 56 pyrite marcasite 56 lanthanum oxide 56 μmol 56 downhole gamma probe 56 Cerro Amarillo 56 sulphidic 56 yttrium Y 56 ppb gold 56 #m@#.#g t gold [001] 56 gm t Ag 56 #,# bis 56 gpt gpt 56 arsenopyrite bearing 56 Y Zr 56 silicified limestone 56 W/cm2 56 quartz sericite pyrite 56 #,#-#,# ft. Loc 56 cm -2 56 interval assaying 56 skarn horizons 56 #.#ppm [003] 56 metres@#.# g t [003] 56 anomalous concentrations 56 grading #.#g t [001] 56 grading #g 56 geochemically anomalous 56 True Width 56 pyrene 56 tantalum oxide 56 Supergene 56 CaF2 56 Ce#O# 56 Eu#O# 56 pCi 56 ppb Ag 56 opt Au 56 faecal coliform 56 #m downhole 56 silicified porphyry 56 nmol 56 sulphide alteration 56 % CuT 56 epithermal pathfinder elements 56 pyrophyllite 56 ppb 56 #ppm molybdenum [001] 56 intersected anomalous radioactivity 56 anomalism 56 Au Ag Cu 56 oz ton gold 56 alunite alteration 56 gold arsenic antimony 56 sodium potassium chloride 56 ignimbrites 56 Polybrominated 56 cmg t 56 pyrrhotite pyrite chalcopyrite 56 Max Temp 56 g t Aueq 56 potassic altered porphyry 56 disseminated sulfides 55 magnesium Mg 55 % Li2O 55 disseminated sulphide 55 #m@#.#g t Au [005] 55 wireframed 55 subhorizontal 55 tetrahedrite 55 Cu mineralization 55 saprolitic 55 #.#gpt TPM 55 chalcopyrite mineralization 55 chromites 55 felsic intrusive rocks 55 Kcal 55 Cyanidation 55 microg 55 quartz veins containing 55 molybdenite mineralization 55 arsenic bismuth 55 Drill intersections 55 m@#.# g t Au [003] 55 granodiorites 55 hydrothermal magnetite 55 oz Au ton 55 intense silicification 55 arsenic manganese 55 gt Au 55 disseminated pyrrhotite 55 CO2 CH4 55 Felsic 55 drillhole spacing 55 BeO 55 mineralized dykes 55 Gongondy 55 mineralization assaying 55 AngloGold Ashanti Titiribi 55 silver #.#g t 55 As Sb Hg 55 #m@#.#g t gold [002] 55 picocuries 55 stringer mineralization 55 t Au #.#g t [002] 55 mineralization encountered 55 Pb Cu 55 #-# intersected 55 ammonia NH3 55 altered monzonite 55 sulphide stringers 55 g tonne 55 sericite pyrite 55 ton U#O# 55 greywackes 55 outcrop samples 55 t U#O# 55 MoO3 55 exhalite 55 quartz pyrite 55 Zn Ag 55 Min Temp #.# 55 bearing sulphides 55 -Wauk 55 kGy 55 Cu Ni Co 55 Vein widths 55 vein breccias 55 picogram 55 eclogitic garnets 55 % Cu 55 Anomalous gold 55 magnetite skarn 55 ppmv 55 dysprosium oxide 55 cerium lanthanum 55 W mK 55 Zn Cu Ag 55 sericite alteration 55 isotherm 55 praseodymium 55 KBRC# 55 quartz feldspar 55 Au incl 55 potassium feldspar 55 biotite alteration 55 limestone xenoliths 55 INTERSECTS 55 anomalous uranium 55 Ag Pb Zn 55 mmol 55 cherty 55 Sulphides 55 Colnic 55 SiO 2 55 gr t Au 55 intersected sulphide 55 allanite 55 MREO 55 g Au 55 fracture fillings 55 creatinine ratio 55 Fe oxide 55 gAu t 55 Zn Au 55 #m@#.# g t [003] 55 #.#Mlb [001] 55 carbonaceous shales 55 bearing breccias 55 Ethylbenzene 55 hydrofluorocarbons HFCs perfluorocarbons PFCs 55 FMR dikes 55 anomalous mineralization 55 pentlandite 55 Carbonyl 55 mineralized alteration 55 ppm indium 55 sulfidation 55 disseminated sphalerite 55 metres@#.# g t Au [003] 55 CaCO 3 55 anhydrite 55 water vapor permeability 55 Ag Cu Pb 55 seam thickness 55 gpt Au 55 #.#Mt @ [002] 55 #.#-#.# m [001] 55 copper sulphides 55 intersected anomalous gold 55 Min temp 55 titanomagnetite 54 oxidized mineralization 54 pyrite sphalerite 54 Oxidized 54 Au eqv 54 finely disseminated pyrite 54 anomalous geochemistry 54 mineralized skarn 54 % copper #.#g 54 silver arsenic antimony 54 wallrocks 54 vein stockwork 54 @ #ppm U#O# 54 Europium 54 intensely silicified 54 mg/Nm3 54 resists corrosion 54 Quartz vein 54 4g t 54 trace chalcopyrite 54 coarser grained 54 chalcopyrite sphalerite 54 pg mL 54 Palladium Pd 54 potassically altered 54 intersected #m@#.# 54 intersected widths 54 chloritic 54 mH 54 Cu Au Mo 54 Gold Equivalent 54 anomalous REE 54 sulphide mineralization intersected 54 hole MJV 54 siliceous sediments 54 Bq/m3 54 quartz stringers 54 #.# gpt silver 54 chalcopyrite bornite 54 Au g t 54 Dip -# 54 #.#Mt [004] 54 altered volcanics 54 intersected mineralized zone 54 stockwork veined 54 mT 54 Li2O 54 pyritized 54 hole #VK 54 adit sampling 54 % Cu #.#g/tAu 54 manganese carbonate 54 anthracene 54 un oxidized 54 sub Athabasca unconformity 54 ppm Sb 54 adsorption isotherms 54 mineralized intercepts 54 plagioclase 54 calcium phosphorous 54 Drill hole GCL# 54 sulphides 54 vein swarms 54 Cu Equivalent 54 sodium magnesium 54 chlorite sericite 54 leachable 54 pyroxene 54 #degC [002] 54 Li# 54 #.#g t gold [002] 54 microvolts 54 leucoxene 54 -Inkpop 54 Mineralised 54 grams tonne 54 #o API 54 mylonite 54 FA Grav 54 quartz adularia veins 54 nT 54 Iron Titanium Vanadium 54 vein breccia 54 supergene copper 54 arsenic cadmium mercury 54 niobium oxide 54 tungsten WO3 54 downhole geophysics 54 hypabyssal 54 chalcopyrite pyrrhotite 54 manganese oxide 54 Halifax Weather Overcast 54 % Zn 54 sulphide breccia 54 magnetite mineralization 54 micromoles 54 stockwork veins 54 gms tonne gold 54 #.#m #.#m [003] 54 quartz alunite alteration 54 #m@#.# g t Au [003] 54 partially oxidized 54 femtogram 54 nitrate nitrogen 54 chromium oxide 54 grade massive sulphides 54 g t grammes 54 #μ 54 TGDH#D 54 mineralized pegmatite 54 ankerite alteration 54 ℓ 54 #.#t [003] 54 Atomic Absorption 54 vanadium mineralization 54 hematite mineralization 54 #.#g Au t [001] 54 chalcopyrite chalcocite 54 volatile bituminous 54 neodymium praseodymium 54 ug/m3 54 hydrogen chloride HCl 54 degC 54 dioxins furans 54 Amun Deeps 54 μg m 54 Mn Fe 54 μV 54 respired 54 Cu Ag Au 54 Sulfur Dioxide 54 isotopic ratios 54 pyrites 54 sulphide veins 54 -Hisarcıklıoğlu 54 Indicated Category 54 respirable 54 Lower Caballos 54 Sulphide mineralization 54 amphibolites 54 Samples assaying 54 quartz sericite 54 deg F 54 Category Tonnes 54 anomalous Cu 54 Cu Ni 54 TRK# 54 chlorite pyrite 54 disseminated sulphides 54 ppm ppm ppm ppm 54 sericitic 54 felsic rocks 54 -ActivClient 54 nitrogen NOx emissions 54 Copper Equivalent 54 sorption 54 5g t Au 54 shearing alteration 54 sheeted quartz veinlets 54 arsenic antimony 54 Au Cu 54 ppm U. 54 massive pyrrhotite 54 carbonate vein 54 Zirconium Zr 54 rhenium Re 54 hafnium oxide 54 rhyolites 54 Premium unleaded 54 Alaskite 54 medium grained 54 banded quartz veins 54 alaskite 54 Minapampa East 54 HBET# 54 fluorapatite 54 3 O8 54 fluorimetry 54 mmol l 54 oz.Au 54 ultramafics 54 disseminated magnetite 54 uM 53 uranophane 53 granitic pegmatite 53 #-#,# mm 53 + Pd g t 53 ug ml 53 argentiferous 53 #E [002] 53 Au Cu mineralization 53 chromium nickel 53 Cu Zn 53 olivine macrocrysts 53 -Kosslyn 53 Matala deposit 53 skarn horizon 53 K feldspar 53 nitrogen oxides NOx emissions 53 biotite 53 flowrate 53 Demand BOD 53 Bq kg 53 AuEq g t 53 brecciated zones 53 dichloroethene 53 Dy#O# 53 covellite 53 sedex 53 stringer sulphides 53 -nuh nuh 53 pyrite arsenopyrite 53 mineralized quartz vein 53 - -Informed Consent 53 Tl 53 Fe Mn 53 ng g 53 pyrite alteration 53 g cc 53 #N [003] 53 structural lineaments 53 Los Laches area 53 olivine rich 53 hematitic 53 #.#g t Pt 53 ethyl ester 53 ms -1 53 Particulate emissions 53 particulate matter nitrogen oxides 53 #m@#.#g t [005] 53 sulphidation 53 Technetium 53 meters@#.# g t Au 53 arsenic cadmium chromium 53 downhole depth 53 ozone O3 53 Chromium VI 53 acidity pH 53 mol 53 calcite veins 53 mu m 53 graphitic schist 53 propyl 53 RfD 53 arsenopyrite pyrite 53 Pipe alteration 53 bq 53 vuggy silica alteration 53 hundred tonnes cpht 53 itabirite 53 Zn Pb 53 epoxides 53 peralkaline 53 mU liter 53 weakly anomalous gold 53 outcrop subcrop 53 epithermal quartz 53 Permeability 53 phosphorous potassium 53 alteration halo 53 sericite 53 pentane 53 Ore Mined 53 Terbium 53 silica carbonate 53 lepidolite 53 kinematic viscosity 53 Ni Bi 53 kg/m3 53 #.#gpt [003] 53 Barite Hill 53 Cib Haz 53 wallrock 53 vein stockworks 53 gabbroic rocks 53 LREO 53 hematite magnetite 53 #.# meters downhole 53 Kau# 53 quartz hematite 53 #oF [001] 53 volcanic breccia 53 hole BRAZD 53 mcg dl 53 nitrous oxides NOx 53 Merensky reef 53 alkaline leaching 53 tonalite 53 lithium carbonate equivalent 53 tungstate 53 Patchawarra Formation 53 volcaniclastic rocks 53 stibnite 53 molybdenum rhenium 53 Â ± 53 quartz sulphide veins 53 Fe Ni 53 Anomalous radioactivity 53 RRC# 53 breccia hosted 53 bastnaesite 53 anomalous copper 53 arsenopyrite 53 ultramafic intrusives 53 brecciated quartz 53 √ Hz