Encyclopedia of Glass Science, Technology, History, and Culture. Группа авторов

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Colemanite 50 % B₂O₃, 27 % CaO, 20 % H₂O, SiO₂ Ca₂B₆O₁₁·5 H₂O, Ca₂B₆O₈(OH)₆·2 H₂O 400–600 €/T Ulexite 42 % B₂O₃, 13 % CaO, 35 % H₂O, 7 % Na₂O NaCaB₅O₆(OH)₆·5 H₂O 350–450 €/T Borax 35 % B₂O₃, 45 % H₂O, 15 % Na₂O Na₂ B₄ O₇ ·10 H₂ O, Na₂ B₄ O₅ (OH)₄ ·8 H₂ O Borax – Borax – Borace – Borax 350–500 €/T Boric acid 56 % B₂ O₃ , 44 % H₂ O Sassolite H₃ BO₃ Acido borico – Acide borique – Acido borico – Borsäure 650–1000 €/T BaO Ba‐nitrate 58 % BaO, 42 % NOx BaNO ₃ 1200–1300 €/T Ba‐carbonate 78 % BaO, 22 % CO ₂ Witherite BaCO ₃ 350–800 €/T F Fluorspar 49 % F, 72 % CaO equivalent Fluorite CaF₂ Fluorita – Spath Fluor – Fluorite – Flußspath 300 €/T SO₃ Na sulphate 56 % SO₃ , 44 % Na₂ O Thenardite Na₂ SO₄ Sulfato – Solphate – Solfato – Sulfat 100 €/T Gypsum 46 % SO₃, 32 % CaO, 21 % H₂O Gypsum CaSO₄·2H₂O Yeso – Gypse – Gesso – Gips 10 €/T Anhydrite 59 % SO₃ , 41 % CaO Anhydrite CaSO ₄ Anhidrita – Anhydrite – Anidrite – Anhydrit 30 €/T Fe₂O₃ Iron‐oxide >98 % Fe₂O₃, FeO Hematite Fe₂O₃, magnetite Hierro – Fér – Ferro – Eisen 100–2000 €/T Cr₂O₃ Chromite 68 % Cr₂O₃, 32 % FeO Chromite FeCr₂O₄, (Fe,Mg)(Cr,Al,Fe)₂O₄ magnesio‐chromite – spinel solid solution Cromita – Chromite – Cromite – Chromit 300–500 €/T TiO₂ Rutile >98 % TiO₂, Fe₂O3 Rutile TiO₂, anatase, ilmenite, titanite Rutilo – Rutile – Rutilo – Rutil 1400–1500 €/T Ilmenite 52 % TiO₂, 48 % FeO, SiO₂ Ilmenite FeTiO₃ 150–200 €/T ZrO₂ Zircon 70 % ZrO₂, 30 % SiO₂, HfO₂, REE, Fe₂O₃, TiO₂ Zircon ZrSiO₄ Circón – Zircon – Zircone – Zirkon 1100–1200 €/T P₂O₅ Ca‐phosphate 35 % < P₂O₅ < 45 %, 35 % < CaO < 45 %, R₂O, H₂O, F Apatite Ca₅(PO₄)₃(OH, F, Cl) Fosfato – Phosphate – Fosfato – Phosphat 500–1000 €/T V₂ O₅ Vanadium‐oxide >98 % V₂ O₅ 15,500 €/T C Coke >90 % fixed‐C Coke 100–200 €/T Reducers Slag 30–40 % CaO, 30–40 % SiO₂ , 10–15 % Al₂ O₃ Glass 50–200 €/T O₂ Cassiterite >98 % SnO₂

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