Đề tài Công nghệ cinemic - Một số phổ chuẩn

CÔNG NGHỆ CINEMIC Tài liệu : Th.s Đoàn Mạnh Tuấn SV. Nguyễn Hùng Cường Khoa Hóa CÔNG NGHỆ CINEMIC Tài liệu SV. Nguyễn Hùng Cường Khoa Hóa CÔNG NGHỆ CINEMIC CÁC KHOÁNG CƠ BẢN( tia X-Ray ) Montmorillonit (Na,Ca)0.3(Al,Mg)2Si4O10(OH)2·4H2O 13.6(100), 4.47(20), 3.34(10), 3.23(10), 2.92(10), 2.54(10) Độ: 6,5 CÁC KHOÁNG CƠ BẢN( tia X-Ray ) CÁC KHOÁNG CƠ BẢN( tia X-Ray ) 13.6(100), 4.47(20), 3.34(10), 3.23(10), 2.92(10), 2.54(10) Độ: 6,5 CÁC KHOÁNG CƠ BẢN( tia X-Ray ) 13.6(100), 4.47(20), 3.34(10), 3.23(10), 2.92(10), 2.54(10) Độ: 6,5 Kaolinit: Al2O3 Al2Si2O5(OH)4 7.17(100), 4.366(80), 4.186(60), 3.847(50), 3.579(90), 2.347(50), 2.338(50), 2.293(50) 12,3 – 20,3 - 25 Kaolinit: Al2O3 Al2Si2O5(OH)4 Quarz:SiO2 4.255(20), 3.343(100), 2.457(10), 2.281(10), 2.128(10), 1.818(10), 1.541(10), 1.375(10) 26,7 Quarz:SiO2 4.255(20), 3.343(100), 2.457(10), 2.281(10), 2.128(10), 1.818(10), 1.541(10), 1.375(10) 26,7 Quarz:SiO2 kalifeldspat : orthoglas K2O.Al2O3.6SiO2 hay KAlSi3O8 4.22(70), 3.77(80), 3.47(40), 3.31(100), 3.29(60), 3.24(60), 2.992(50), 2.901(30) 21,1 – 23,6 - 27 kalifeldspat : orthoglas K2O.Al2O3.6SiO2 hay KAlSi3O8 4.22(70), 3.77(80), 3.47(40), 3.31(100), 3.29(60), 3.24(60), 2.992(50), 2.901(30) 21,1 – 23,6 - 27 kalifeldspat : orthoglas K2O.Al2O3.6SiO2 hay KAlSi3O8 Natrifeldspat : albit Na2O.Al2O3.6SiO2 hay NaAlSi3O8 6.39(20), 4.03(20), 3.780(30), 3.684(20), 3.663(20), 3.509(10), 3.196(100), 2.933(20) 27,9 Natrifeldspat : albit Na2O.Al2O3.6SiO2 hay NaAlSi3O8 Natrifeldspat : albit Na2O.Al2O3.6SiO2 hay NaAlSi3O8 6.39(20), 4.03(20), 3.780(30), 3.684(20), 3.663(20), 3.509(10), 3.196(100), 2.933(20) 27,9 Natrifeldspat : albit Na2O.Al2O3.6SiO2 hay NaAlSi3O8 Anorthit Ca.Al2O3.2SiO2 hay CaAl2Si2O8 4.041(70), 3.777(70), 3.618(70), 3.255(80), 3.203(100), 3.170(80), 3.117(70), 2.950(70) 27,8 Anorthit Ca.Al2O3.2SiO2 hay CaAl2Si2O8 4.041(70), 3.777(70), 3.618(70), 3.255(80), 3.203(100), 3.170(80), 3.117(70), 2.950(70) 27,8 Anorthit Ca.Al2O3.2SiO2 hay CaAl2Si2O8 Gibbsit Al(OH)3 4.849(100), 4.371(70), 4.319(50), 3.312(30), 2.452(40), 2.385(50), 2.049(40), 1.804(30) 18,3 Gibbsit Al(OH)3 4.849(100), 4.371(70), 4.319(50), 3.312(30), 2.452(40), 2.385(50), 2.049(40), 1.804(30) 18,3 Gibbsit Al(OH)3 Corund Al2O3 mit Fe und Ti 3.479(70), 2.552(90), 2.379(40), 2.085(100), 1.740(40), 1.601(80), 1.404(30), 1.374(50) 35,1 – 43,4 – 57,6 Corund Al2O3 mit Fe und Ti 3.479(70), 2.552(90), 2.379(40), 2.085(100), 1.740(40), 1.601(80), 1.404(30), 1.374(50) 35,1 – 43,4 – 57,6 Corund Al2O3 mit Fe und Ti Dolomite CaMg(CO3)2 2.886(100), 2.670(10), 2.405(10), 2.192(30), 2.015(10), 1.804(20), 1.783(30), 1.389(10) 31 Dolomite CaMg(CO3)2 2.886(100), 2.670(10), 2.405(10), 2.192(30), 2.015(10), 1.804(20), 1.783(30), 1.389(10) 31 Dolomite CaMg(CO3)2 Talk: 3MgO.4SiO2.H2O 9.35(100), 4.59(40), 4.56(20), 3.12(40), 2.597(20), 2.496(20), 2.479(30), 1.529(50) 9,5 Talk: 3MgO.4SiO2.H2O 9.35(100), 4.59(40), 4.56(20), 3.12(40), 2.597(20), 2.496(20), 2.479(30), 1.529(50) 9,5 Talk: 3MgO.4SiO2.H2O Kalzit CaCO3: 3.855(10), 3.035(100), 2.495(10), 2.285(20), 2.094(20), 1.912(20), 1.875(20), 1.604(10) 29,4 Kalzit CaCO3: 3.855(10), 3.035(100), 2.495(10), 2.285(20), 2.094(20), 1.912(20), 1.875(20), 1.604(10) 29,4 Kalzit CaCO3: Fayalit Fe22+SiO4 3.555(70), 2.829(100), 2.620(20), 2.565(60), 2.500(80), 2.408(30), 2.350(20), 2.305(30) Fayalit Fe22+SiO4 3.555(70), 2.829(100), 2.620(20), 2.565(60), 2.500(80), 2.408(30), 2.350(20), 2.305(30) Fayalit Fe22+SiO4 20/ Cordierit Mg2Al4Si5O18 8.54(80), 8.45(80), 4.09(70), 3.39(70), 3.37(60), 3.13(100), 3.046(60), 3.014(60) 10,4 – 26,4 20/ Cordierit Mg2Al4Si5O18 8.54(80), 8.45(80), 4.09(70), 3.39(70), 3.37(60), 3.13(100), 3.046(60), 3.014(60) 10,4 – 26,4 20/ Cordierit Mg2Al4Si5O18 Mullit : 3Al2O3 5.39(50), 3.428(90), 3.390(100), 2.694(40), 2.542(50), 2.206(60), 2.121(20), 1.524(30) 26,1 - 26,3 Mullit : 3Al2O3 5.39(50), 3.428(90), 3.390(100), 2.694(40), 2.542(50), 2.206(60), 2.121(20), 1.524(30) 26,1 - 26,3 Mullit : 3Al2O3 Pyrophyllit Al2Si4O10(OH)2 9.21(60), 4.58(50), 4.40(20), 4.17(10), 3.08(100), 2.55(10), 2.44(10), 1.848(10) Pyrophyllit Al2Si4O10(OH)2 Pyrophyllit Al2Si4O10(OH)2 9.21(60), 4.58(50), 4.40(20), 4.17(10), 3.08(100), 2.55(10), 2.44(10), 1.848(10) Pyrophyllit Al2Si4O10(OH)2 21/ Wollastonit CaSiO3 3.83(80), 3.51(80), 3.314(100), 3.086(60), 2.556(40), 2.340(30), 2.302(50), 1.759(30) 26,9 21/ Wollastonit CaSiO3 3.83(80), 3.51(80), 3.314(100), 3.086(60), 2.556(40), 2.340(30), 2.302(50), 1.759(30) 26,9 21/ Wollastonit CaSiO3 Illit (K,H3O)Al2(Si3Al)O10(H2O,OH)2 10.0(90), 5.02(50), 4.48(20), 4.44(10), 3.34(100), 3.20(10), 2.99(20), 2.005(50) 8,8 – 26,7 Illit (K,H3O)Al2(Si3Al)O10(H2O,OH)2 10.0(90), 5.02(50), 4.48(20), 4.44(10), 3.34(100), 3.20(10), 2.99(20), 2.005(50) 8,8 – 26,7 Illit (K,H3O)Al2(Si3Al)O10(H2O,OH)2 24/ Gehlenit: Ca2Al(AlSi)O7 3.711(30), 3.066(30), 2.848(100), 2.437(30), 2.408(30), 1.921(50), 1.818(50), 1.768(40) 31,4 24/ Gehlenit: Ca2Al(AlSi)O7 3.711(30), 3.066(30), 2.848(100), 2.437(30), 2.408(30), 1.921(50), 1.818(50), 1.768(40) 31,4 24/ Gehlenit: Ca2Al(AlSi)O7 24/ Halloysit-10Å Al2Si2O5(OH)4·2H2O 10.0(100), 4.36(70), 3.35(40), 2.54(30), 1.672(10), 1.480(30), 1.281(10) 8,8 – 20,4 24/ Halloysit-10Å Al2Si2O5(OH)4·2H2O 10.0(100), 4.36(70), 3.35(40), 2.54(30), 1.672(10), 1.480(30), 1.281(10) 8,8 – 20,4 24/ Halloysit-10Å Al2Si2O5(OH)4·2H2O Leucit KAlSi2O6 3.266 (100), 3.438 (85), 5.39 (80), 2.918 (70), 2.842 (70), 2.366 (65), 2.808 (55) 27,3 – 25,9 – 16,4 Leucit KAlSi2O6 3.266 (100), 3.438 (85), 5.39 (80), 2.918 (70), 2.842 (70), 2.366 (65), 2.808 (55) 27,3 – 25,9 – 16,4 Leucit KAlSi2O6 Forsterit Mg2SiO4 3.881(80), 2.765(70), 2.510(80), 2.457(100), 2.267(60), 2.247(40), 1.748(70), 1.478(30) 36,6 – 22,9 – 35,8 Forsterit Mg2SiO4 3.881(80), 2.765(70), 2.510(80), 2.457(100), 2.267(60), 2.247(40), 1.748(70), 1.478(30) 36,6 – 22,9 – 35,8 Forsterit Mg2SiO4 Enstatit Mg2Si2O6 4.411(20), 3.168(70), 3.150(50), 2.870(100), 2.630(20), 1.518(10), 1.484(20), 1.470(20) 31,2 – 28,2 Enstatit Mg2Si2O6 Enstatit Mg2Si2O6 4.411(20), 3.168(70), 3.150(50), 2.870(100), 2.630(20), 1.518(10), 1.484(20), 1.470(20) 31,2 – 28,2 Enstatit Mg2Si2O6 28/ Diopside CaMgSi2O6 3.220(50), 2.985(100), 2.943(50), 2.891(30), 2.555(20), 2.540(20), 2.512(30), 2.125(20) 29,9 28/ Diopside CaMgSi2O6 3.220(50), 2.985(100), 2.943(50), 2.891(30), 2.555(20), 2.540(20), 2.512(30), 2.125(20) 29,9 28/ Diopside CaMgSi2O6 Topas Al2SiO4(F,OH)2 3.693(60), 3.195(60), 3.037(30), 2.937(100), 2.378(30), 2.361(40), 2.105(40), 1.671(30) 30,4 Topas Al2SiO4(F,OH)2 3.693(60), 3.195(60), 3.037(30), 2.937(100), 2.378(30), 2.361(40), 2.105(40), 1.671(30) 30,4 Topas Al2SiO4(F,OH)2 Diamant 2.06(100), 1.261(30), 1.075(20), 0.892(10), 0.818(20) 44 Diamant Diamant 2.06(100), 1.261(30), 1.075(20), 0.892(10), 0.818(20) 44 Diamant Böhmit AlO(OH) 6.11(100), 3.164(60), 2.346(50), 1.860(30), 1.850(20), 1.662(10), 1.453(20), 1.312(20) 14,5 – 28,2 Böhmit AlO(OH) Böhmit AlO(OH) 6.11(100), 3.164(60), 2.346(50), 1.860(30), 1.850(20), 1.662(10), 1.453(20), 1.312(20) 14,5 – 28,2 Böhmit AlO(OH) 32/Brucit Mg(OH)2 4.77(90), 2.365(100), 1.794(60), 1.573(40), 1.494(20), 1.373(20), 1.310(10), 1.183(10) 18,6 – 38,1 32/Brucit Mg(OH)2 4.77(90), 2.365(100), 1.794(60), 1.573(40), 1.494(20), 1.373(20), 1.310(10), 1.183(10) 18,6 – 38,1 32/Brucit Mg(OH)2 Diaspor AlO(OH) 3.99(100), 2.558(30), 2.317(60), 2.131(50), 2.077(50), 1.633(40), 1.480(20), 1.376(20) 22,3 Diaspor AlO(OH) 3.99(100), 2.558(30), 2.317(60), 2.131(50), 2.077(50), 1.633(40), 1.480(20), 1.376(20) 22,3 Diaspor AlO(OH) Sillimanit Al2SiO5 Al2O3.SiO2 5.36(10), 3.42(100), 3.37(60), 2.679(30), 2.541(40), 2.204(60), 2.111(20), 1.519(20) 26,1 Sillimanit Al2SiO5 Al2O3.SiO2 Sillimanit Al2SiO5 Al2O3.SiO2 5.36(10), 3.42(100), 3.37(60), 2.679(30), 2.541(40), 2.204(60), 2.111(20), 1.519(20) 26,1 Sillimanit Al2SiO5 Al2O3.SiO2 Diaspor AlO(OH) Al2O3.H2O 3.99(100), 2.558(30), 2.317(60), 2.131(50), 2.077(50), 1.633(40), 1.480(20), 1.376(20) 22,2 Diaspor AlO(OH) Al2O3.H2O Diaspor AlO(OH) Al2O3.H2O Magnesit MgCO3 2.742(100), 2.503(20), 2.102(40), 1.939(10), 1.700(30), 1.488(10), 1.354(10), 1.338(10) 32,6 Magnesit MgCO3 Magnesit MgCO3 2.742(100), 2.503(20), 2.102(40), 1.939(10), 1.700(30), 1.488(10), 1.354(10), 1.338(10) 32,6 Magnesit MgCO3 Rutil TiO2 3.24(100), 2.49(50), 2.18(30), 1.687(70), 1.621(30), 1.473(10), 1.354(40), 0.819(20) 27,5 Rutil TiO2 3.24(100), 2.49(50), 2.18(30), 1.687(70), 1.621(30), 1.473(10), 1.354(40), 0.819(20) 27,5 Rutil TiO2 Baddeleyit ZrO2 3.66(40), 3.51(40), 3.15(100), 2.835(90), 2.62(50), 2.21(30), 1.847(40), 1.817(50) 28,3 Baddeleyit ZrO2 Baddeleyit ZrO2 3.66(40), 3.51(40), 3.15(100), 2.835(90), 2.62(50), 2.21(30), 1.847(40), 1.817(50) 28,3 Baddeleyit ZrO2 Zirkon ZrSiO4 ZrO2.SiO2 4.434(40), 3.302(100), 2.518(40), 2.066(20), 1.908(10), 1.751(10), 1.712(40), 1.651(10) 27 Zirkon ZrSiO4 ZrO2.SiO2 Zirkon ZrSiO4 ZrO2.SiO2 4.434(40), 3.302(100), 2.518(40), 2.066(20), 1.908(10), 1.751(10), 1.712(40), 1.651(10) 27 Zirkon ZrSiO4 ZrO2.SiO2 Spinel MgAl2O4 4.67(40), 2.85(40), 2.43(100), 2.01(60), 1.551(60), 1.427(70), 0.826(40), 0.782(40) Spinel MgAl2O4 Spinel MgAl2O4 4.67(40), 2.85(40), 2.43(100), 2.01(60), 1.551(60), 1.427(70), 0.826(40), 0.782(40) Spinel MgAl2O4 Chromit Fe2+Cr2O4 4.80(40), 2.95(20), 2.51(100), 2.08(50), 1.602(60), 1.473(80), 1.084(90), 1.041(40) Chromit Fe2+Cr2O4 4.80(40), 2.95(20), 2.51(100), 2.08(50), 1.602(60), 1.473(80), 1.084(90), 1.041(40) Chromit Fe2+Cr2O4