Related by context. All words. (Click for frequent words.) 66 germanium 66 indium 63 copper oxide 63 tellurium 62 cerium 62 praseodymium 62 calcium fluoride 61 zinc sulfide 61 platinum Pt 61 telluride 61 selenide 60 hafnium 60 samarium 60 Tellurium 60 manganese oxide 60 rhenium 59 Europium 59 gallium indium 59 barium titanate 59 copper indium 59 titanate 59 tin oxide 59 electrodeposition 59 molybdenite MoS2 59 ruthenium 59 perovskite 58 titanium oxide 58 cerium oxide 58 iron arsenide 58 silicate minerals 58 Ruthenium 58 zinc selenide 58 bismuth 58 ceria 58 Germanium 58 oxide 58 chlorine atom 58 graphitic carbon 58 MoS2 58 cerium Ce 58 molybdenum sulphide 58 nickel hydroxide 58 tantalum oxide 58 copper sulfide 57 molybdenum Mo 57 indium gallium 57 alkali metal 57 europium 57 tin Sn 57 lithium oxide 57 molybdenum 57 manganese dioxide 57 rhenium Re 57 cadmium selenide 57 hydroxide 57 zirconium oxide 57 silicate 57 intermetallic 57 silicon dioxide SiO2 57 zinc indium 57 vanadium 57 CdSe 57 osmium 57 polymers ceramics 57 lutetium 57 metal oxides 56 Lanthanum 56 fluorine 56 cobalt oxide 56 semiconductor nanocrystals 56 catalytically active 56 Rhenium 56 sulphide mineral 56 Ni Zn 56 biominerals 56 Dysprosium 56 nanoclusters 56 oxides 56 noble gases 56 lanthanide 56 aluminosilicate 56 ferric oxide 56 chemically reactive 56 lanthanum 56 nanobelts 56 vanadium oxide 56 carbene 56 Titanium Oxide 56 indium phosphide 56 nanocrystalline 56 trioxide 56 Zinc Oxide 56 Indium 56 ionic liquid 56 ZnS 56 divalent 56 lutetium plus yttrium 55 oxide nanowires 55 yttrium barium copper 55 alkynes 55 neodymium praseodymium 55 pyroxene 55 lithium 55 titanium zirconium 55 hafnium oxide 55 silver indium 55 LREE 55 silicates 55 sulfide 55 nanoparticulate 55 dysprosium 55 calcium phosphate 55 tungstate 55 iridium 55 superlattice 55 Gallium arsenide 55 nickel chromium 55 neodymium Nd 55 ytterbium 55 halides 55 boron 55 nitride 55 arsenide 55 chalcogenides 55 metalloproteins 55 olivines 55 indium tin oxide 55 palladium Pd 55 beryllium oxide 55 copper oxides 55 cathode materials 55 niobium 55 yttrium 55 nanopowders 55 nanosized 55 SWCNT 55 zinc sulphide 54 ZrO 2 54 MWCNTs 54 alloying elements 54 yttrium oxide 54 crystallites 54 boron nitride 54 semiconductive 54 Titanium oxide 54 tungsten oxide 54 hydroxides 54 spodumene 54 mesoporous 54 manganese 54 californium 54 bastnasite 54 Lanthanum La 54 aluminum gallium indium 54 iron oxide 54 arsenate 54 enargite 54 lithium tantalum 54 fuel cells SOFCs 54 potassium feldspar 54 hydride 54 carnallite 54 silicon Si 54 germanium antimony 54 inorganic salts 54 nickel alloy 54 copper sulphide 54 cadmium selenium 54 absorption spectroscopy 54 inorganic compounds 54 sodium sulphate 54 molybdenite 54 silica 54 flotation concentrate 54 copper Cu 54 Gallium 54 olivine 54 bioactive glass 54 tetrathiomolybdate 54 quinone 54 thermodynamically stable 54 Lutetium 54 cordierite 54 pyrochlore 54 semiconducting nanotubes 54 alkali metals 54 gallium indium arsenide 54 metal cations 54 boron atoms 54 crystal lattices 54 lithium cobalt oxide 54 titania 54 niobium Nb 54 sodium magnesium 54 rhodium Rh 54 oxide nanoparticles 54 niobium oxide 54 gallium nitride 54 kaolinite 54 dopant 54 sulphide ores 54 nanocatalysts 54 magnesium silicate 54 hydrides 54 polymorphs 54 promethium 54 multi walled nanotubes 54 pentoxide 53 feldspar 53 semiconducting material 53 dye sensitized 53 SiO2 53 MWNTs 53 actinide 53 bismuth telluride 53 polyphosphates 53 ferric iron 53 cadmium sulfide 53 unconventional superconductivity 53 vapor deposition 53 nanosized particles 53 nanocomposite material 53 platinum rhodium 53 Hafnium 53 photocatalysis 53 carbonyls 53 electrowinning 53 zirconium 53 rhodium 53 lanthanides 53 porphyrin 53 cathodes 53 amorphous alloys 53 electrocatalyst 53 gallium arsenide 53 Niobium 53 chlorophyll molecule 53 strontium titanate 53 gallium phosphide 53 halide 53 titanium oxides 53 post perovskite 53 carbonate minerals 53 calcium carbonates 53 Terbium 53 superconductive 53 magnesium hydroxide 53 REEs 53 sulfosalts 53 cerium lanthanum 53 copper sulphides 53 nanodiamond 53 nickel manganese 53 cadmium sulphide 53 uranium thorium 53 PbS 53 organometallic 53 phosphonate 53 barium strontium 53 chelates 53 carboxylic acids 53 eclogitic 53 manganese zinc 53 aluminum silicate 53 columbium 53 lanthanum La 53 zero valent 53 chalcopyrite bornite 53 photocatalyst 53 lithium potassium 53 nanomembranes 53 formate 53 carbides 53 chromium nickel 53 copper indium diselenide 53 iron oxides 53 aluminum nitride AlN 53 InN 53 HfO2 53 nitrides 52 silicate glass 52 ferrite 52 Ni Fe 52 ZnO nanowires 52 molybdenum sulfide 52 ammonia borane 52 spinel 52 dysprosium terbium 52 carbonaceous 52 ceramic powders 52 metal oxide 52 manganese carbonate 52 PZT 52 boron oxide 52 acid soluble 52 semiconducting 52 tantalum Ta 52 MWNT 52 electrolytic 52 silicide 52 hydrochloric acids 52 sulphide 52 pnictides 52 cuprates 52 Yttrium 52 photonic bandgap 52 quartz veins breccias 52 conjugated polymers 52 pyrophosphate 52 electron beams 52 magnesium oxide 52 cadmium telluride 52 isotope fractionation 52 cited krypton strontium 52 bearing sulphides 52 nanocrystals 52 platinum nanorods 52 pentacene 52 rubidium 52 zinc ions 52 hydrometallurgical processing 52 zinc manganese 52 cobalt 52 magnesium diboride 52 semiconducting materials 52 siliceous 52 paramagnetic 52 phosphite 52 plasmon 52 hydroxide ions 52 sulphide deposits 52 Ytterbium 52 eudialyte 52 scheelite 52 anatase 52 Ionic liquids 52 electron affinities 52 zeolites 52 humic 52 vanadium pentoxide 52 electrocatalysts 52 pyrites 52 silicate mineral 52 ZrO2 52 erbium 52 undoped 52 crystallinity 52 XRF analysis 52 sulfur atoms 52 tetroxide 52 tellurium selenium iridium 52 MoO3 52 cadmium chloride 52 InAs 52 electron mobility 52 pyrite marcasite 52 ATRP 52 porphyrins 52 dopants 52 leachable copper 52 metallic alloys 52 palladium nanoparticles 52 Platinum Pt 52 Ferric 52 carbon nanotubes CNTs 52 nanomagnets 52 copper zinc 52 aragonite 52 Molybdenite 52 metal hydride 51 magnesium alloys 51 Terbium Tb 51 yttria stabilized zirconia 51 nanopillars 51 conductive polymers 51 amides 51 nanopatterned 51 zinc acetate 51 silica SiO2 51 lithium niobate 51 metallic nanoparticles 51 copper 51 copper indium gallium 51 dihydrogen 51 aluminum nitride 51 iron alloy 51 jarosite 51 polymetallic ore 51 spontaneous fission 51 nanocubes 51 silicon germanium 51 TiO 2 51 niobate 51 vanadium pentoxide V#O# 51 lanthanum oxide 51 silicic acid 51 Rare Earth Elements REE 51 antimonide 51 Zeolites 51 leachability 51 unreacted 51 lepidolite 51 Sn Pb 51 superconductors 51 plagioclase 51 ITO indium tin 51 oxalate 51 polaritons 51 thiosulfate 51 carbonaceous material 51 silicon nanocrystals 51 chelated 51 quinones 51 sylvite 51 bornite chalcopyrite 51 amorphous silica 51 Fe#O# 51 borosilicate glass 51 multiferroic 51 zero valent iron 51 titanomagnetite 51 superalloy 51 disaccharide 51 ferric 51 magnesium Mg 51 quasicrystal 51 CNTs 51 yttrium Y 51 carbenes 51 monazite 51 sulfide ores 51 uraninite 51 Copper Cu 51 iron phosphate 51 ultrapure 51 hydroxyapatite 51 lithium carbonate 51 k dielectric 51 chromium oxide 51 nano particle 51 chromium chloride 51 vat leaching 51 excitons 51 biologically inert 51 Ag Au 51 aluminum oxide 51 cyanide leaching 51 mesoporous silica 51 cobalt nickel 51 anode cathode 51 Calcium carbonate 51 graphene 51 nickel Ni 51 solubilize 51 finely disseminated pyrite 51 alloying 51 Kanatzidis 51 potassium phosphate 51 Indium Phosphide 51 alkali atoms 51 transparent electrode 51 hydrous 51 automotive catalytic converters 51 super alloys 51 arsenic sulfide 51 lithium boron 51 eutectic 51 isotopic measurements 51 epidote 51 isotopic ratios 51 silicate rocks 51 tungsten ore 51 manganese oxides 51 moly 51 metal hydrides 51 catalytic reactions 51 graphite whiskers 51 thenardite 51 sulphate 51 REE bearing 51 fullerene 51 iron sulfide 51 superlens 51 calcium sulphate 51 iron sulphides 51 magnetic nanoparticle 51 nepheline 51 acid chloride 51 tungsten 51 quantum dots 51 calcium oxalate 51 halloysite 51 lithium cobalt 51 topological insulators 51 lanthanum neodymium 51 magnesium 51 alloying element 51 ferroelectricity 51 lithium beryllium 51 carbonate globules 51 nanopowder 51 catalyzed reactions 51 barium carbonate 51 radioactive decay 51 nonlinear optical 51 montmorillonite 51 nanodots 51 UO2 51 electrolytic manganese metal 50 chalcopyrite pyrite 50 etchant 50 high temperature superconductors 50 sodium sulfate 50 lithium vanadium 50 chalcogenide 50 ZnO 50 DSSCs 50 germanium Ge 50 AlGaN GaN 50 nutrients iodine 50 nanosprings 50 oxide sulphide 50 thulium 50 photocatalysts 50 QDs 50 Cu Pb 50 eutectic alloy 50 primitive meteorites 50 micelles 50 bornite 50 vanadium dioxide 50 oxide particles 50 ionized oxygen 50 sodium alanate 50 microcrystals 50 Holmium 50 Dysprosium Dy 50 superconduct 50 metallic nanostructures 50 Nafion 50 copper molybdenum silver 50 sulfides 50 EAFD 50 niobium tantalum 50 TiO2 50 covellite 50 electroless 50 NdFeB 50 WO3 50 hematite 50 cobalt atom 50 goethite 50 amphibole 50 agarose 50 indium tin oxide ITO 50 laterites 50 lithium salts 50 sodium sulfide 50 aerogels 50 alkene 50 C# fullerenes 50 copper nickel cobalt 50 Potassium hydroxide 50 element iridium 50 polyaniline 50 bastnaesite 50 Mott insulators 50 MWCNT 50 sulfide ore 50 thermal decomposition 50 sodium salts 50 supergene 50 chemically inert 50 biological macromolecules 50 galena pyrite 50 polymetallic ores 50 anammox 50 dimensional nanostructures 50 ruthenium catalyst 50 solubilizing 50 proteolytic enzymes 50 vanadium titanium 50 laterite deposits 50 biomineralization 50 ionic liquids 50 intermetallic compounds 50 heterogeneous catalysts 50 carbon nanomaterials 50 anorthosite 50 anthracene 50 biocompatible polymers 50 naturally occurring mineral 50 superatoms 50 semiconducting properties 50 thermosetting 50 ferritic 50 geopolymer 50 gallium selenide 50 Zn 50 donor acceptor 50 trivalent chromium 50 MgO 50 doped silicon 50 oxide semiconductors 50 chalcocite 50 ZnSe 50 nanotube arrays 50 silicate grains 50 bismuth ferrite 50 magnesium fluoride 50 Rare Earth Oxides 50 conduction electrons 50 acetonitrile 50 stabilized zirconia 50 graphite oxide 50 copper cobalt nickel 50 sulfate 50 cobalt mineralization 50 dielectric layers 50 Silicon carbide 50 indium antimonide 50 chalcopyrite copper 50 cuprate 50 hematite mineral 50 quasicrystals 50 Molybdenum 50 silica nanoparticles 50 zinc oxides 50 hydroxyl radicals 50 apatite 50 flotation circuit 50 carbonyl sulfide 50 plasmons 50 nanolaser 50 gallium nitride GaN 50 titanium carbide 50 borane 50 methanogenesis 50 reductant 50 Ilmenite 50 hydrometallurgical 50 magnetite 50 Fe Mn 50 positronium 50 nanomesh 50 alpha emitters 50 potassium niobate 50 nanocrystal 50 leaded solder 50 terbium 50 uranyl 50 nitrogen NOx emissions 50 heterostructures 50 Au Pt 49 transistor HEMT 49 ilmenite 49 Gallium Arsenide GaAs 49 specular hematite 49 silicate dust 49 III nitride 49 CAIs 49 pyrope garnets 49 curium 49 monocrystalline silicon 49 tungsten tin 49 pyrite arsenopyrite 49 cementite 49 metal ions 49 zinc 49 magnesium sodium potassium 49 solder alloy 49 potassium carbonate 49 barium 49 manganite 49 silica spheres 49 halite 49 tungsten alloys 49 polymer electrolyte membrane 49 microcrystalline 49 phonons 49 arsenic antimony mercury 49 Elemental mercury 49 aluminum hydroxide 49 silver dore 49 oligomeric 49 optical tweezers 49 carbonate 49 perfluorinated 49 alloying agent 49 mineralized pegmatite 49 Dimethyl 49 austenitic 49 sylvinite 49 borate 49 semiconductor quantum dots 49 zeolite 49 chemical reactivity 49 pathfinder element 49 Si substrate 49 zinc oxide 49 Inductively Coupled Plasma 49 fulvic acids 49 chrome diopsides 49 anode materials 49 scandium yttrium 49 ilmenites 49 titanium aluminide 49 carbonaceous chondrites 49 chelator 49 superconducting wire 49 bismuth Bi 49 aluminate 49 Calcium citrate 49 conductive polymer 49 neodymium iron boron 49 hydrated silica 49 organic molecules 49 Formic acid 49 carbon nanotubes 49 lanthanum cerium praseodymium neodymium 49 x ray absorption spectroscopy 49 hydrothermal magnetite 49 gangue 49 spectroscopic technique 49 COFs 49 indium nitride 49 multielement 49 electron scattering 49 microstructures 49 chalcopyrite chalcocite 49 gold nanoclusters 49 Raman lasers 49 PGM deposits 49 FeO 49 temperature superconducting 49 chromium alloy 49 tin alloy 49 uranophane 49 YBCO 49 sterol regulatory 49 polybutadiene 49 silicon tetrachloride 49 optical emission spectroscopy 49 porous silicon 49 tocotrienol 49 EMEW 49 chalcocite covellite 49 finely dispersed 49 sulphidic 49 silicone carbide 49 gate dielectric 49 isotopic compositions 49 dore bars 49 lithium manganese 49 protein beta amyloid 49 helical structures 49 CIGS solar cells 49 komatiites 49 epitaxial layers 49 thermally conductive 49 gadolinium oxide 49 heterogeneous catalysis 49 conductive epoxy 49 acanthite 49 holmium 49 transparent conductive oxides 49 tungsten trioxide 49 alkali 49 Acrylic acid 49 photonic crystals 49 nanoporous 49 tantalum niobium 49 Halloysite 49 PGEs 49 dielectric materials 49 -Expandable Memory 49 micrometer sized 49 photoactive 49 surface plasmons 49 zinc sulphides 49 Zirconium 49 biphenyl 49 semiconductor nanowires 49 polymetalic 49 Eudialyte 49 fluorapatite 49 nano crystals 49 quantum dot 49 uranium dioxide 49 carbonatites 49 chelating agent 49 nonmagnetic 49 ferromagnetic 49 liquid electrolyte 49 nanowire arrays 49 nanodevice 49 leachable 49 thermoelectric materials 49 selenite 49 HfSiON 49 Oxidized 49 U Th 49 azide 49 quartz adularia 49 dichromate 49 colloid 49 nanohorns 49 rhyolites 49 astatine 49 Nb Ta 49 Reactive oxygen species 49 biological molecules 49 iron carbonate 49 sulphide concentrate 49 PEDOT PSS 49 sol gel 49 tholins 49 α β 49 metallurgically 49 nanocrystalline materials 49 Cu Zn 49 sulphide occurrences 49 eukaryotic algae 49 antireflective coatings 49 chondrules 49 peridotitic 49 nanoparticles 49 superparamagnetic 49 glass frit 49 Cauchari Olaroz 49 quartz feldspar 49 silicon 49 schistose 49 electrospinning 49 beta cyclodextrin 49 sulfide minerals 49 fused silica 49 antimony 49 superhard 49 calcium sulfate 49 putrescine 49 transparent electrodes 49 stibnite 49 REE enriched 49 anions 49 excitonic 49 diatomic 49 nanometer sized 49 solvent extraction electrowinning 49 lithium brines 49 froth flotation 48 carnotite 48 bisulfite 48 lithium tantalum cesium 48 Arsenide 48 Samarium 48 QSI nano ™ 48 ferrous sulfate 48 Cr#O# 48 indium gallium arsenide 48 nitride semiconductor 48 Bose Einstein condensation 48 recrystallized 48 nanosheets 48 Quantum dots 48 phosphorus atoms 48 sulphides 48 oxide ores 48 graphene layers 48 zirconium dioxide 48 amphibolites 48 spintronic 48 walled carbon nanotubes 48 SWNTs 48 Rubidium 48 nanocluster 48 sulfidic 48 rare earth 48 photosystem 48 battery anodes 48 essential micronutrient 48 mantle xenoliths 48 superfluids 48 silicon atoms 48 nonpolar 48 metallic ions 48 covalent bonds 48 carbon nanotubes CNT 48 magnesium calcium 48 inorganics 48 Nanoshells 48 SWCNTs 48 cyanoacrylates 48 pegmatitic 48 hexene 48 CaF2 48 dihydrate 48 zinc Zn 48 Hydroxide 48 coarser grained 48 unoxidized 48 Chalcopyrite 48 Arsenopyrite 48 nanostructured 48 alkaline 48 copper cobalt platinum 48 pyridoxal 48 poly metallic 48 AlN 48 copper sulfides 48 Dy#O# 48 Aguas Tenidas mine 48 conductivities 48 lithium hydride 48 biocatalytic 48 uranium vanadium 48 IR spectra 48 nano structured 48 n butanol 48 crystalline solids 48 agglomerates 48 reagent consumption 48 aqua regia acid digestion 48 antimony Sb 48 silicon carbide 48 tungsten concentrate 48 eclogitic garnets 48 hematite goethite 48 antimony arsenic 48 pyrite concentrate 48 copper ores 48 Y Zr 48 isothiocyanate 48 nickel alloys 48 metal alloys 48 zinc oxide ZnO 48 stockwork veins 48 HSLA steels 48 perchlorates 48 dextran 48 SiO 2 48 supergene mineralization 48 mineral assemblages 48 electrolytic copper 48 alpha particles 48 carbonate ions 48 Ta#O# 48 feldspathic 48 adsorbents 48 silicate mantle 48 barium sulfate 48 pyrogenic silica 48 tantalum 48 fermion 48 dimethylformamide 48 polymer beads 48 indium arsenide 48 Gallium Arsenide 48 carbonic acid 48 aromatic amines 48 electrochemical reactions 48 rutile 48 peridotites 48 vitamin B3 48 heap leach extraction 48 high temperature superconductivity 48 zinc ores 48 liquid crystalline 48 nanomotors 48 bilayer 48 nanobacteria 48 Thulium 48 calcite 48 cyclohexanone 48 pyrite concentrates 48 nickel sulfide 48 polymetallic deposit 48 vanadium mineralization 48 octene 48 Fluorine 48 #m@#.# % [002] 48 chondrites 48 hypochlorous acid 48 formamide 48 finely disseminated 48 pyrite galena 48 hematite magnetite 48 electron neutrinos 48 Merensky Reef 48 quartz carbonate vein 48 nickel zinc 48 nanofilm 48 CaO 48 ultraviolet lasers 48 antiprotons 48 polyphosphate 48 phosphoric acids 48 lignocellulose 48 orthophosphate