"rare earth minerals"
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Lutetium Nitrate Hydrate Lu(NO3)3 6H2O CAS 100641-16-5 For Lutetium Salt Nanomaterials
Lutetium Nitrate Hydrate Lu(NO3)3 6H2O CAS 100641-16-5 For Lutetium Salt Nanomaterials Name: Lutetium nitrate, Lutetium nitrate hydrate Molecular formula: Lu(NO3)36H2O CAS: 100641-16-5 Molecular weight: 360.98 Description: Specifications: NameLu(NO3)3_5NLu(NO3)3_4NMolecular formulaLu(NO3)36H2OLu(NO3)36H2OCAS100641-16-5100641-16-5Total rare earth TREO%42.0041.45Lu2O3/TREO%99.99999.99Rare earth impurities%0.0010.01Fe2O3%0.00050.001SiO2%0.0050.005CaO%0.0050
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Lanthanum Metal La CAS 7439-91-0 For Hydrogen Storage Matrix Material
Lanthanum Metal La CAS 7439-91-0 For Hydrogen Storage Matrix Material Name: Lanthanum metal Molecular formula: La CAS: 7439-91-0 Molecular weight: 138.91 Description: Lanthanum can be made into various forms: Lanthanum foil, Lanthanum block, Lanthanum rod and Lanthanum powder. The content of lanthanum in the earth's crust is 0.00183%, which is next to cerium in rare earth elements. Lanthanum metal is active in chemical properties. It quickly loses metallic luster when exposed
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High purity 99.999% Scandium Metal Sc CAS 7440-20-2 For Aluminium Scandium Alloy
High purity 99.999% Scandium Metal Sc CAS 7440-20-2 For Aluminium Scandium Alloy Name: Scandium metal Molecular formula: Sc CAS: 7440-20-2 Molecular weight: 44.96 Description: Scandium can be made into various forms: Scandium foil, Scandium sheet, Scandium block and Scandium powder. Scandium is the most advanced transition metal, but in terms of discovery, scandium is later than its neighbors on the periodic table. Even in rare earth, scandium is not found earlier. The reason
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Scandium Metal Sc Lump CAS 7440-20-2 For Sputtering target or Evaporation coating
Scandium Metal Sc Lump CAS 7440-20-2 For Sputtering target or Evaporation coating Name: Scandium metal Molecular formula: Sc CAS: 7440-20-2 Molecular weight: 44.96 Description: Scandium can be made into various forms: Scandium foil, Scandium sheet, Scandium block and Scandium powder. Scandium is the most advanced transition metal, but in terms of discovery, scandium is later than its neighbors on the periodic table. Even in rare earth, scandium is not found earlier. The
