cerium (Also ceriums) : Related Words Words similar in meaning to cerium
- atomic number 58«
- unalloyed metal«
- cerium«
- ferrocerium«
- lanthanide«
- cerous«
- metallic element«
- ceria«
- cerium trichloride«
- praseodymium«
- metal«
- cerium oxide«
- bastnäs«
- cerium metals«
- lanthanum«
- cerium dioxide«
- cerite«
- oxide«
- cerine«
- ce«
- ceric«
- cerium(iv«
- isotope«
- zugshunstite«
- γ-cerium«
- yttrocerite«
- β-cerium«
- vigezzite«
- uranpyrochlore«
- berzelius«
- tysonite«
- cerium metal«
- tscheffkinite«
- thorianite«
- rare earth element«
- thorbastnasite«
- wilhelm hisinger«
- synchysite«
- cerium(iii«
- rinkite«
- bastnäsite«
- rhabdophane«
- thorium«
- radiocerium«
- lanthanide series«
- pyrophoric alloy«
- half«
- pyrochlore«
- rare earth metal«
- polymignyte«
- monazite«
- parisite«
- biological role«
- orthite«
- α-cerium«
- organocerium«
- cerium fire«
- noncerium«
- aqueous cerium(iv«
- ningyoite«
- neodymium«
- valence electron«
- mischmetall«
- loveringite«
- cyclooctatetraenyl compound«
- lanthanite«
- cerium isotope«
- kukharenkoite«
- rare earth«
- kochite«
- compound«
- khanneshite«
- von welsbach«
- kemmlitzite«
- cerium nitrate«
- kapustinite«
- jeweller's rouge«
- ce4+«
- jeweler's rouge«
- electron«
- ilmajokite«
- water«
- ikranite«
- mosander«
- hydroxylbastnäsite«
- carl gustaf mosander«
- hydroxylbastnasite«
- ceric ammonium nitrate«
- hainite«
- sulfate«
- gadolinite«
- strong oxidising agent«
- fluorcaphite«
- temperature«
- fluocerite«
- fersmite«
- mineral«
- ferrokentbrooksite«
- β form«
- martin heinrich klaproth«
- feklichevite«
- +4 oxidation«
- ewaldite«
- double beta decay«
- euxenite«
- pigment«
- eschynite«
- jöns jakob berzelius«
- dicerium«
- neutron capture«
- daqingshanite«
- life«
- ciprianiite«
- solution«
- ceroan«
- process«
- energy«
- ceriopyrochlore«
- halogen«
- cerimetry«
- quantitative analysis«
- ceriferous«
- hydrogen gas«
- ceriation«
- hydrochloric acid«
- ceriated«
- solubility«
- cerian«
- application«
- transformation«
- tungsten«
- carbokentbrooksite«
- aqueous solution«
- carbocernaite«
- calciobetafite«
- crystal structure«
- burbankite«
- neutron«
- brockite«
- air«
- britholite«
- organic chemistry«
- brannerite«
- characteristic«
- bastnasite«
- −2.34v. cerium«
- atomic number«
- δ-cerium«
- ancylite«
- allanite«
- yellow cerium(iv«
- agardite«
- variable electronic structure«
- aeschynite«
- uranocene structure«
- unusual organocerium complex«
- ultraviolet absorption band«
- true cerium(ii«
- trivalent ce2z3«
- tetravalent compound«
- television glass plate«
- stable white tetrafluoride cef4«
- stable +4 oxidation«
- spalling oxide layer«
- shaving catch fire«
- sesquioxides ln2o3«
- rich stable nuclides«
- rich 136ce«
- ray photoemission«
- radioactive cerium isotope«
- quality optical surface«
- pure thorium oxide«
- process nuclides«
- primordial radionuclides 138la«
- polychalcogenides«
- outer 5d«
- other solid phase«
- organocerium chemistry«
- octahedral vacancy«
- nitrate complex 2−«
- most lanthanide«
- monochalcogenides cez«
- many nonstoichiometric chalcogenides«
- lower sesquioxide«
- lniiico3f«
- liquid cerium«
- light isotope 136ce«
- largest lanthanide«
- lanthanide lanthanum«
- japanese spectroscopist akio kotani«
- inverse double beta decay«
- inclusive occur«
- heaviest isotope 142ce«
- f→f transition«
- f→d transition«
- ferrocerium lighter«
- ferrocerium alloy«
- fcc α-cerium«
- e⦵(ce4+/ce3+«
- e⦵(ce3+/ce«
- equilibrium transformation temperature«
- effective topical antimicrobial treatment«
- easiest lanthanide«
- earth oxide mineral | url«
- dual valency«
- dodecadeltahedral molecular geometry«
- dioxide ceo2«
- diiodides«
- decreased solubility«
- current smelting technology«
- configuration 4f15d16s2«
- common cerium complex«
- colourless ce3+ ion«
- chemical formula ceo2−x«
- cez2«
- cerocene«
- cerium sulfide form«
- cerium oscillates«
- cerium metal corrodes«
- cerite ore«
- cerianite«
- cerh3«
- center color center«
- cei3«
- ceco5«
- ce3+z2−e−.«
- ce(c8h8)2«
- catalytic convertor«
- calcium carbonate impurity«
- cadmium sulfide pigment«
- bronze diiodide cei2«
- analogue 3−«
- abundant heavy gangue rock«
- reaction«
- crust«
- proton«
- dos«
- agent«
- writer primo levi«
- white metallic chemical element«
- wealthy mine«
- th)o2«
- symbol ce«
- substantial hysteresis«
- relative occupancy«
- reaction flow«
- pure ceria«
- nontoxic alternative«
- major automotive application«
- fourth valence electron«
- cerium poisoning«
- cerimetric titration«
- ce(oh)3«
- actinide thorium«
- oxidation«
- rock relative«
- partial hold«
- oxidising agent«
- methanotrophic bacterium methylacidiphilum fumariolicum solv«
- electride compound«
- didymia«
- cef3«
- th)po4«
- pyrophoric property«
- polishing compound«
- lighter flint«
- lanthanide oxide«
- lanthanide content«
- hardness similar«
- excess fluorine«
- current experimental limit«
- cerium content«
- cebr3«
- american mineralogist | volume«
- strong gamma emitter«
- stable +4«
- austrian chemist carl auer von welsbach«
- ore«
- heavy lanthanide«
- % cerium«
- cerium atom«
- acidic filtrate«
- % lanthanum«
- standard reagent«
- neutron shell«
- methanol dehydrogenase«
- additional proton«
- such nucleus«
- proton capture«
- metal charge transfer«
- insoluble oxalate«
- catalyst«
- soluble sulfate«
- motherly relationship«
- magic nucleus«
- lanthana«
- light fastness«
- cecl3«
- ce3+«
- sweden«
- similar ionic radius«
- hot concentrated sulfuric acid«
- equilibrium structure«
- transformation temperature«
- rapid neutron capture«
- ammonium oxalate«
- thorium oxide«
- sized sample«
- isotope lighter«
- earth«
- iron rust«
- ceo2«
- valence compound«
- moderate toxicity«
- element«
- mechanical planarization«
- inverse beta decay«
- dihalides«
- fluorite structure«
- electromagnetic separation«
- abundance«
- amount«
- tetrahalide«
- essential cofactor«
- methanesulfonic acid«
- yttrium oxide«
- electron bombardment«
- belousov–zhabotinsky reaction«
- | journal«
- temperature form«
- photostability«
- appreciable extent«
- volumetric analysis«
- electronic level«
- allotropic form«
- common label«
- trihalides«
- stoichiometric compound«
- bright white light«
- valent«
- chalcogenides«
- cardiovascular collapse«
- photodisintegration«
- ray absorption«
- ductile metal«
- electropositive metal«
- gas mantle«
- outer electron«
- complex ion«
- subshell«
- dilute sulfuric acid«
- cyclopentadienyl«
- organic ligand«
- periodic trend«
- chemical separation«
- salt«
- dwarf planet cere«
- decay mode«
- primary decay mode«
- additional stability«
- volume increase«
- metal carbonyl«
- chemical similarity«
- phosphate mineral«
- human metabolism«
- common isotope«
- crown ether«
- nuclear charge«
- methemoglobinemia«
- terbium«
- heavier isotope«
- +3 oxidation«
- primary standard«
- volume change«
- standard pressure«
- complexation«
- common metal«
- iron«
- stellar nucleosynthesis«
- europium«
- bone«
- samarium«
- internal stress«
- blood coagulation«
- nox emission«
- abundant element«
- amateur scientist«
- spontaneous fission«
- calcium phosphate«
- dioxide«
- hno3«
- common process«
- workability«
- alpha decay«
- stable form«
- gadolinium«
- oxalate«
- coordination chemistry«
- electron capture«
- phase diagram«
- commercial source«
- humphry davy«
- red pigment«
- mine«
- cholesterol level«
- fluorescent lamp«
- h2so4«
- aq«
- grain crop«
- fission product«
- chlorine gas«
- yttrium«
- lutetium«
- scandium«
- hafnium«
- zirconium«
- gallium«
- erbium«
- dysprosium«
- thulium«
- rhenium«
- einsteinium«
- osmium«
- ruthenium«
- indium«
- niobium«
- protactinium«
- vanadium«
- holmium«
- ytterbium«
- bismuth«
- barium«
- rhodium«
- americium«
- berkelium«
- neptunium«
- manganese«
- chromium«
- antimony«
- tantalum«
- promethium«
- technetium«
- magnesium«
- thallium«
- fermium«
- francium«
- curium«
- strontium«
- rubidium«
- californium«
- caesium«
- potassium«
- titanium«
- molybdenum«
- alkaline metal«
- alkaline earth«
- alkali metal«
- calcium«
- cadmium«
- cobalt«
- palladium«
- metallic«
- lithium«
- beryllium«
- cesium«
- zinc«
- iridium«
- aluminium«
- sodium«
- quicksilver«
- copper«
- polonium«
- radium«
- uranium«
- mercury«
- noble metal«
- heavy metal«
- base metal«
- alkaline-earth metal«
- nickel«
- wolfram«
- aluminum«
- protoactinium«
- lutecium«
- hydrargyrum«
- glucinium«
- atomic number 95«
- atomic number 97«
- atomic number 99«
- atomic number 98«
- atomic number 96«
- atomic number 93«
- atomic number 92«
- atomic number 91«
- atomic number 90«
- atomic number 88«
- atomic number 87«
- atomic number 84«
- atomic number 83«
- atomic number 82«
atomic number 81, atomic number 80, atomic number 77, atomic number 76, atomic number 75, atomic number 74, atomic number 73, atomic number 72, atomic number 71, atomic number 70, atomic number 69, atomic number 68, atomic number 67, atomic number 66, atomic number 65, atomic number 64, atomic number 63, atomic number 62, atomic number 61, atomic number 60, atomic number 59, atomic number 57, atomic number 56, atomic number 55, atomic number 51, atomic number 50, atomic number 49, atomic number 48, atomic number 46, atomic number 45, atomic number 44, atomic number 43, atomic number 42, atomic number 41, atomic number 40, atomic number 4, atomic number 39, atomic number 38, atomic number 37, atomic number 31, atomic number 30, atomic number 3, atomic number 29, atomic number 28, atomic number 27, atomic number 26, atomic number 25, atomic number 24, atomic number 23, atomic number 22, atomic number 21, atomic number 20, atomic number 19, atomic number 13, atomic number 12, atomic number 11, atomic number 100, tin, lead, strontium 90, ammonium alum, potassium alum, alloy, calcium ion, ammonia alum, cobalt 60, cesium 137, blister copper, uranium 238, uranium 235, potash alum, alum, wrought iron, structural iron, scrap iron, pig iron, ingot iron, gamma iron, galvanized iron, delta iron, cast iron, beta iron, alpha iron, chrome, bronze, platinum, silver, factor IV, gold, thorium-228, spelter, radiothorium, columbium, bimetal, baryta, antimonial lead, atomic number 79, atomic number 78, atomic number 47, pig lead, hard lead, Ce, 138ce, Ceres, 140ce, 4f electron, 136ce, Welsbach burner, CAN, 5d subshell, 33.04days, 32.5days, 284.9days, 137.6days, 12-coordinate icosahedral molecular geometry, 0.5m hydrochloric acid, 142ce, 228ra, 4f orbitals, 1:1 complex, 6 electron, 3+ complex, Yb, Ti, Ta, Ru, Re, Ra, Po, Pa, Os, Ni, Na, Mo, Lu, Li, La, Ir, In, Ho, Ga, Fe, Eu, Es, Er, Dy, Cu, Co, Ca, Bi, Be, Ba, Am, Al, Au, Ag,
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