Related by context. All words. (Click for frequent words.) 79 thickness 75 widths 66 thicknesses ranging 62 Thicknesses 61 vein widths 61 Widths 61 viscosities 61 varying thicknesses 60 diameters 60 #.#in [004] 60 mineralized intercepts 59 particle sizes 59 mineralized widths 58 porosities 58 dimensional tolerances 58 spacings 58 drilled widths 57 Thickness 57 width 57 footwall mineralization 57 massive galena 57 SiO2 57 drilled thicknesses 56 1g t 56 search ellipsoid 56 μm thick 56 laminations 56 veinlet 56 mineralized intervals 56 zirconium oxide 56 shaft diameters 56 True widths 56 SiO 2 56 #.#g t Au [006] 56 variable thicknesses 55 massive sulphide horizons 55 hafnium oxide 55 conductivity 55 #μm [002] 55 Chromitite 55 Ti 4V 55 mineralized interval 55 MoS2 55 BIF outcrops 55 ZrO2 55 graphitic 55 #.#g Au t [003] 55 Cr#O# 55 chromitite layers 55 1g t Au 55 lithologies 55 massive sulphides 55 True thicknesses 55 semi massive sulphide 55 extrudate 55 mineralization encountered 55 sulphide zones 55 seam thickness 55 permeabilities 55 sulphide bearing 54 assay intervals 54 heap leach recoveries 54 #.#g t gold [003] 54 #.#mm [002] 54 @ #.#g t [001] 54 chromitite 54 #.#mm diameter [001] 54 #μ 54 carbonaceous shale 54 unoxidized 54 substrates 54 modulus 54 semi massive sulphides 54 mineralized intersections 54 Mineralized intervals 54 rigid substrates 54 Drill intersections 54 drill intercepts 54 #g t [003] 54 resistive element 54 corrugation 54 % Fe#O# 54 #ppb gold 54 #.#g t [006] 54 conductivities 54 massive sulphide intersections 54 true widths 54 dielectric layers 54 g tonne 54 dimensionally stable 54 ultramafics 54 #ppm Mo 54 Bulk density 54 Ta#O# 54 ZrO 2 54 g Au 54 Al#O# 54 crystallinity 54 mineralized horizons 54 permeability 54 oz ton silver 54 quartz sericite pyrite 54 massive pyrrhotite 54 opt Au 54 banded quartz veins 53 microns thick 53 ppm Mo 53 #.#g t Au [004] 53 ppm eU#O# 53 downhole lengths 53 gm t Au 53 hardnesses 53 electroless nickel 53 K2O 53 vein intercepts 53 chalcocite 53 MgO 53 xenoliths 53 mineralization 53 x 7cm 53 shallowly dipping 53 #.#g t silver [003] 53 mineralized horizon 53 conductance 53 porosity 53 massive sulphide lens 53 mineralized quartz veins 53 #.#g t [005] 53 steeply dipping 53 g t Au 53 sulphide lenses 53 sylvinite 53 g t gold 53 coarser grained 53 x 3cm 53 copper Cu 53 TiN 53 #.#g t [004] 53 sulphosalts 53 BeO 53 quartz veins 53 #.#g t Au [003] 53 mineralizations 53 goethite hematite 53 Young modulus 53 mineralized intercept 53 conductive epoxy 53 stringer sulphides 53 silicification quartz 53 mineralized zones 53 #.#g t gold [001] 53 #.#μm [001] 53 sulphide 53 mineralized lenses 53 5g t 53 #um [002] 53 footwall zones 53 #-#,# mm 53 hypogene mineralization 53 quartz veins containing 53 thickness uniformity 53 iron sulphides 53 #μm [001] 53 Zr 53 massive sulphide lenses 53 magnetite iron formation 53 disseminated sulphide 53 μm 53 mineralized envelopes 53 capacitances 53 copper sulphides 53 Si substrate 53 predrilled holes 52 mineralized dikes 52 #mm x 52 conductive 52 stringer mineralization 52 palladium Pd 52 intersected mineralized zones 52 mineable widths 52 weldability 52 % MoS2 52 steeply plunging 52 ksi 52 tensile strengths 52 mineralized envelope 52 westerly dipping 52 stockwork mineralization 52 oz ton Ag 52 perforated 52 oxidized mineralization 52 carbides 52 #m@#.# % [001] 52 Cu 52 breccia zone 52 % eU#O# 52 bearing sulphide mineralization 52 disseminated sulphides 52 mineralized 52 mils thick 52 ppm U#O# 52 mineralized skarn 52 Mineralization occurs 52 variography 52 #m@#.# % [002] 52 Hastelloy ® 52 6mm diameter 52 D# #B 52 intersected widths 52 itabirite 52 reflowed 52 mineralized veins 52 massive sulfides 52 quartz pyrite veins 52 greywackes 52 quartz carbonate vein 52 chalcopyrite pyrite 52 specular hematite 52 machinability 52 % Cu 52 perforations 52 #g t Au [001] 52 intersected #.#m [002] 52 refractive indices 52 chromites 52 #.#g t Au [001] 52 @ #.#g t [002] 52 dielectric constants 52 magnetite ilmenite 52 gm t 52 wireframed 52 carbonaceous mudstone 52 thermal conductivity 52 sericitic 52 P#O# 52 surface roughness 52 vanadium mineralization 52 % WO3 52 friction coefficients 52 chalcopyrite mineralization 52 variably silicified 52 pyrite altered 52 g t 52 pyrite pyrrhotite 52 mineralized structures 52 silicon nitride 52 ferritic 51 wallrock 51 thermal conductivities 51 carbon steels 51 aluminized steel 51 in. dia 51 mineralized boulders 51 % P#O# 51 #.#g t Au [002] 51 pyrrhotite pyrite chalcopyrite 51 Yampi Member 51 exhalite 51 drillhole intersections 51 intersected #.#m [001] 51 magnetic susceptibility 51 3mm thick 51 4mm thick 51 conglomeratic 51 anomalous mineralization 51 holes intersected 51 millidarcies 51 micron thick 51 pyrrhotite 51 intersected mineralized 51 ppm U 51 carbonate veins 51 chromium alloy 51 kimberlite phases 51 atomically flat 51 saprolitic 51 sulphides 51 absorber layers 51 limonite 51 mineralization occurs 51 MPD# 51 #g t Au [002] 51 magnetite mineralization 51 alteration halo 51 titanium oxides 51 #m@#.#g t [004] 51 sulphide breccia 51 #.#g t gold [005] 51 saprolite 51 tectonic breccia 51 friability 51 oz t Au 51 supergene mineralization 51 configurations 51 -Keichi 51 pentlandite 51 nickel Ni 51 weakly anomalous 51 Chalcopyrite 51 Cu Au mineralization 51 copper molybdenum mineralization 51 averaging #.#g t [002] 51 pyrite chalcopyrite mineralization 51 strongly silicified 51 molybdenite mineralization 51 hypabyssal kimberlite 51 mm ² 51 reassayed 51 #g t [001] 51 HQ diameter 51 aluminosilicate 51 epidote 51 tuffaceous 51 chalcocite mineralization 51 pyrophyllite 51 extruded 51 shear zones 51 #.#mm thick [002] 51 coating thickness 51 copper sulfide 51 g mt 51 gpt silver 51 pore sizes 51 lithology 51 concentricity 51 alaskites 51 boron nitride 51 outer diameters 51 Cu Ag 51 @ #.#g t [003] 51 arsenopyrite pyrite 51 mm thick 51 quartz sericite 51 CaF2 51 GaN wafers 51 foliation 51 outcrop exposures 51 brecciated zones 51 Sulphide mineralization 51 massive sulphide zones 51 Anomalous radioactivity 51 siliceous 51 calcareous sandstone 51 massive sulfide 51 limonitic 51 Au t 51 veins stockworks 51 t/m3 51 massive sulphide mineralization 51 mm diameter 51 zinc sulphides 51 quartz feldspar 51 wettability 51 sulphidized 51 brecciated quartz 51 arsenopyrite bearing 51 kimberlite breccia 51 breccia zones 51 multilayers 51 hole BRAZD 51 1μm 51 oz ton 51 wirewound 51 MWCNTs 51 abundant quartz veining 51 advanced argillic alteration 51 rollstock 51 fragmental 50 grading #.#g t Au [002] 50 pyritic 50 austenitic stainless steel 50 Cr Fe 50 density fiberboard 50 Ag Pb 50 3mm 50 2mm thick 50 pyritic quartz 50 anomalous antimony 50 #.#mm thick [003] 50 macrocrystic 50 copper mineralization intersected 50 cpht 50 variograms 50 micropores 50 millimeter diameter 50 magnetic permeability 50 W mK 50 halite 50 carbonate alteration 50 bulk tonnage mineralization 50 6mm thick 50 6mm 50 hematite alteration 50 biotite rich 50 quartz adularia veins 50 galena pyrite 50 transmissivity 50 disseminated sulfides 50 Upper Bracemac 50 metal zonation 50 alloying elements 50 SAC# 50 sulphide stringers 50 copper mineralization 50 downhole geophysics 50 #.#gpt gold [001] 50 HG Sulphide zone 50 8mm thick 50 electrically insulating 50 leachability 50 gm mt 50 #x#mm [003] 50 cordierite 50 #.#g t gold [004] 50 sulphide mineralized 50 hematitic 50 gpt Ag 50 samples assayed 50 Mineralized intercepts 50 mantos 50 narrow quartz veins 50 diameter 50 Cu Eq 50 intersected mineralization 50 martensitic 50 quartz sulphide veins 50 detrital 50 #.#g Au t [002] 50 flexures 50 banded quartz vein 50 pearlite 50 nanoholes 50 anomalism 50 #m@#.#g t Au [003] 50 mm dia 50 quartz alunite alteration 50 sulphide mineralization 50 x 2in 50 sericite 50 chalcedonic 50 kimberlite lithologies 50 silicified 50 disseminated chalcopyrite 50 clasts 50 massive sulfide mineralization 50 felsic intrusive rocks 50 polymer coated 50 tensile stress 50 ppm Au 50 mineralized pegmatite 50 micrometre 50 tonalite 50 quartz muscovite 50 cherty 50 variably mineralized 50 Merensky Reef 50 Mineralized intersections 50 ppm uranium 50 chalcedonic quartz 50 particle size 50 FeO 50 #g t [002] 50 thermally stable 50 #.#gpt Au [001] 50 massive sulphide veins 50 #ppm Cu 50 pyrite halo 50 PETG 50 coextruded 50 weldable 50 gpt 50 siltstone 50 dielectric constant 50 Cu Pb 50 UV stabilized 50 sphalerite galena 50 Nb#O# 50 substrate 50 hematite mineralization 50 -# mesh 50 mu m 50 coated polyester 50 vein breccia 50 vein swarms 50 weakly mineralized 50 mineralization intersected 50 conductive coating 50 #.#g t [001] 50 copper sulphide mineralization 50 mineralized intrusive 50 vuggy 50 V#O# 50 Extension Occurrence 50 micrometer 50 #/#-inch diameter 50 mineralized breccia 50 oz ton Au 50 #ppb Au [001] 50 silicified porphyry 50 subhorizontal 50 epidote alteration 50 Assay intervals 50 #.#gpt [002] 50 mineralized shear zone 50 biaxial 50 sulphidic 50 silica SiO2 50 massive chromite mineralization 50 quartz tourmaline veining 50 epithermal quartz 50 Li2O 50 #.#um [001] 50 syenite gneiss 50 #.#g t [003] 50 viscosity 50 alteration mineralization 50 PEEK OPTIMA 50 oz ton gold 50 compressive stresses 50 #.#g t Ag [004] 50 intermetallic compounds 50 pyrrhotite mineralization 50 intervals assaying 50 micrometers thick 50 claystone 50 feldspathic 50 mineralized zone 50 stratigraphic horizons 50 isotropic 50 S#W [001] 50 metres@#.# % [002] 50 shot peened 50 acid leached 50 oxide mineralization 50 acid soluble 50 mineralized quartz vein 50 elastic modulus 49 anisotropic 49 microtubes 49 Caballos Formation 49 tin oxide 49 kimberlitic 49 #/#-inch thick [001] 49 altered rhyolite 49 bearing sulphides 49 Inconel 49 aplite 49 sulphide intersections 49 potash mineralization 49 K feldspar 49 chalcopyrite pyrrhotite 49 glass frit 49 Hole IKD 49 interbedded 49 alloyed steel 49 TiO 2 49 Quartz veins 49 processability 49 altered silicified 49 grading #.#g t Au [001] 49 AlN 49 weldments 49 metasediment 49 flanges 49 g/cm3 49 oxide 49 pyrite pyrrhotite chalcopyrite 49 volcanic breccia 49 ppm Ag 49 m downhole 49 thermoformable 49 polycrystalline 49 PVDF 49 % Cr#O# 49 potassic alteration 49 MPa 49 resistivity 49 compressive strength 49 epithermal mineralization 49 chamfer 49 hardcoat 49 solder bumps 49 translucent polycarbonate 49 ppm Cu 49 serpentinized 49 eluvial material 49 geometries 49 mineralized alteration 49 J1B 49 #mm x #mm [004] 49 auriferous zones 49 anhydrite 49 disseminated magnetite 49 2mm 49 m@#.# g t Au [001] 49 calcium fluoride 49 8mm diameter 49 tungsten mineralization 49 quartz calcite veins 49 quartz stockworks 49 permittivity 49 1mm thick 49 5μm 49 stockwork zones 49 molybdenum disulfide 49 granite gneiss 49 nanotube arrays 49 durometer 49 shear veins 49 QFP 49 nickel sulphide mineralization 49 covellite 49 rigid substrate 49 colluvial 49 austenitic grades 49 advanced leadframe 49 transmittance 49 leachable copper mineralization 49 chlorite alteration 49 unmineralized 49 #mm x #mm [005] 49 Zn 49 quartz calcite 49 sulfide mineralization 49 t Au 49 PEDOT PSS 49 % Cu Eq 49 gpt gold 49 electrical conductivity 49 #cm x 49 intersected 49 True Widths 49 hydrothermal breccia 49 jasperoid 49 washability 49 averaging #.#g t [001] 49 averaging #.#g t [003] 49 potassically altered 49 outcropping mineralization 49 gm tonne 49 #/#-in [001] 49 vein stockworks 49 uranium mineralization 49 stockwork veins 49 volcanic breccias 49 grindability 49 bornite chalcopyrite 49 grade mineralization intersected 49 silica pyrite 49 compressive stress 49 #.#g t Au [005] 49 scheelite 49 anastomosing 49 calcite vein 49 zirconia 49 ZFDDH# 49 graphitic carbon 49 bevelled 49 % Li2O 49 UHMW 49 IP geophysical anomalies 49 silicified zones 49 glacial till 49 mineralized zones intersected 49 μm diameter 49 pyritized 49 magnetite skarn 49 stockwork zone 49 molybdenite 49 calc silicate 49 gold mineralization 49 parallel quartz veins 49 magnetite alteration 49 silicified breccia 49 CuT 49 Fe#O# 49 % Nb#O# 49 oz st 49 Drill intercepts 49 #/#-inch [002] 49 carbonate veining 49 lateritic 49 varying widths 49 #.# oz ton 49 quartz carbonate veining 49 intersected anomalous radioactivity 49 dunite 49 mineralized breccias 49 quartz stockwork zones 49 #m@#.# g t [004] 49 radii 49 sericite carbonate 49 borosilicate 49 pelitic 49 vuggy silica 49 eutectic 49 sulphide minerals 49 downgauging 49 ankerite 49 stockwork veined 49 gamma logs 49 liquid crystal polymers 49 ferritic grades 49 nanoporous 49 uraniferous 49 conductive zones 49 stockworks 49 kimberlite intersections 49 #m@#.#g t Au [005] 49 #mm x #mm [007] 49 Figure 2a 49 aluminum heatsink 49 latex caulk 49 stockwork veining 49 Hastelloy 49 g/m2 49 quartz hematite 49 optically transparent 49 megapascals 49 sulfide bearing 49 #cm x #cm [002] 49 dipping steeply 49 2nm 49 manganese oxide 49 ultramafic rocks 49 siltstones 49 disseminated mineralization 49 polyethylene PEN 49 geochemical signature 49 polarizers 49 pyrrhotite pyrite 49 sintered 49 tetrahedrite 49 platinum Pt 49 Early Joli Fou 49 Banded Iron Formation BIF 49 BRAZD 49 #m downhole 49 UNCD 49 chromite grains 49 Bracemac Zone 49 Pipe alteration 49 polyimide 49 ductility 49 Molybdenum mineralization 49 5mm thick 49 copper oxides 49 arsenopyrite mineralization 49 formability 49 macrodiamonds 49 ° -# ° [001] 49 flexural 49 crystallites 49 Cu Mo 49 dielectrics 49 sulphide veins 49 ultramafic intrusives 49 m@#.# g t [004] 49 HQ NQ 49 vanadium pentoxide V#O# 49 sheeted quartz veins 49 shearing alteration 49 stratigraphically 49 #m@#.#g t Au [001] 49 ppm Zn 49 diabase 49 Pb 49 #.#mm diameter [002] 49 bearing breccias 49 chlorite 49 Banded Iron Formation 49 alteration haloes 49 intersected anomalous 49 vein breccias 49 electroplated 49 reservoir permeability 49 REE bearing 49 zinc Zn 49 gangue minerals 49 thermoformed 49 dielectric materials 49 mineralization assaying 49 mount SMT 49 ferrite 49 metallization 49 Pressurex 49 dielectric 49 search ellipse 49 hornfels 49 Massive sulphide 49 locally graphitic 49 arsenopyrite 49 hangingwall 49 Anomalous gold 49 stibnite 48 breccia 48 #ppm [002] 48 intersect mineralization 48 flexural strength 48 #m@#.# g t Au [007] 48 wetted parts 48 Cu mineralization 48 pyrite marcasite 48 tin Sn 48 extrusions 48 sulphide veinlets 48 #mm x #mm [006] 48 vertical extents 48 gravimetric assay 48 APTIV film 48 pelitic gneiss 48 comminution 48 oz Au t 48 electroless 48 fused silica 48 micrometer scale 48 UG2 Reef 48 polysiloxane 48 workpieces 48 clay alteration 48 Significant intercepts 48 #m@#.# g t Au [001] 48 compression molded 48 #ppm molybdenum [002] 48 intense silicification 48 viscosity fluids 48 breccias 48 surface outcrops 48 Drillhole 48 banded epithermal 48 gAu t 48 % Zn 48 heat sealable 48 #mm diameter [002] 48 #μm thick [001] 48 microns 48 quartz carbonate veins 48 mylonite 48 g t PGM 48 skarn mineralization 48 atomically smooth 48 mandrel 48 Mankarga 5 48 carbonate rocks 48 x #cm [001] 48 quartz veinlets 48 Junnagunna 48 net textured sulphides 48 solderability 48 sericitic alteration 48 gravimetric method 48 C0G 48 1mm 48 RRZE 48 gasketing 48 #m@#.#g t [001] 48 lithologic 48 corundum 48 horizontal wellbore 48 bearing quartz veins 48 Huarabagoo 48 Lexan sheet 48 silica alteration 48 intrusive dykes 48 tensile modulus 48 medium grained 48 x #mm [002] 48 granitoids 48 #.#gpt [004] 48 supergene zone 48 #ppb Au [002] 48 argillic altered 48 crestal 48 ± #.#mm [001] 48 veining 48 #ppb [003] 48 silicified zone 48 Pt + Pd 48 polyimides 48 stratigraphic horizon 48 Copper Cu 48 ellipsoids 48 Tertiary volcanics 48 supergene copper 48 #/#-inch [003] 48 #mm# [003] 48 cobalt mineralization 48 sericite schist 48 cermet 48 subparallel 48 aramid fibers 48 overmolding 48 massive sulphides grading 48 flowability 48 metalized 48 Tortigny deposit 48 pipe diameters 48 quartz stockwork zone 48 FC# [003] 48 #m@#.# g t Au [006] 48 microstructures 48 #.#gpt [001] 48 REE mineralization 48 AFM probes 48 silicification 48 chemically resistant 48 fissure veins 48 TRK# 48 mesoporous 48 drillhole spacing 48 ppb Au 48 eU#O# 48 g t Pt 48 mineralized peridotite 48 #.# oz Au 48 Molybdenite 48 ton U#O# 48 oil bearing sandstones 48 gamma logging 48 silicone rubber 48 pyroxenite 48 lapilli tuff 48 ripstop 48 @ #.#g t [004] 48 greisen 48 4g t 48 PGE mineralization 48 banded quartz 48 breccia matrix 48 prepregs 48 Width 48 geophysical conductors 48 Anomalous copper 48 regrind 48 albite 48 calcareous sediments 48 quartz alunite 48 metallic sieve 48 serpentinized peridotite 48 disseminated pyrite 48 coincident anomalous 48 5mm x 5mm 48 thermoplastic resin 48 #.#g t silver [001] 48 niobium oxide 48 EMI RFI shielding 48 capacitance values 48 stratigraphically below 48 #m@#.# % [004] 48 platens 48 pyrite chalcopyrite sphalerite 48 diorite dyke 48 tight tolerances 48 % Cu #.#g 48 drill holes 48 epithermal stockwork 48 repeatability 48 nonmagnetic 48 WO3 48 #mm thick 48 #ppm eU#O# 48 arcuate 48 annealed 48 countersink 48 conformability 48 Cretaceous sandstone 48 metavolcanic 48 polydimethylsiloxane 48 g t Ag 48 gossan zones 48 gradational 48 peridotitic 48 precise tolerances 48 coextrusion 48 lithological contacts 48 felsic volcanic rocks 48 alumina ceramic 48 fracture fillings 48 colluvium 48 quartz biotite 48 BGA packages 48 rheological 48 quartz reefs 48 altered tuff 48 anomalous geochemistry 48 steeply dipping fault 48 temperature coefficients 48 ZnS 48 solder mask 48 diameters ranging 48 veinlets 48 yttrium oxide 48 Aricheng West 48 hydrothermal mineralization 48 gpt Au 48 paragneiss 48 airborne magnetic anomaly 48 fine grained sandstone 48 Mt@#.# g t [001]