15-776 d3.393.432.215.39 3Al203·2Si02★ (3) 1/1100956050 Aluminum Silicate Rad.CuKat A 1.5405 Filler Ni Dia (A) I/h hkl d(A) I/I hkl 辐射光源 Cut off I/Diffractometer Ref.National Burcau of Stendards 5.39 50 110 1.7125 6 240 波长A (U.S.)Monograph 25 3.774 8 200 1.7001 321 滤波片 Set.3(1964) 3.428 95 120 1.6940 10 420 3.390 100 210 1.5999 相机直径 Sys.Orthorhombie S.G.Pbam(55) 20 041 2.886 1.5786 a67.5456k7.6898 co2.8842 20 001 12 所用仪器可测最 2.694 A0.98124C0.37506 % 220 1,5644 2.542 50 11 1.5461 aB.y23/4Dx3.170 大面间距 2.428 130 1,5242 331 Ref.Ibid. ea1.637nu 11.641 2 393 <2 310 1.506 < 150 测量相对强度的 1.652 Sign 2.308 4 021 1 4811 510 方法 2V D mp 2.292 20 201 1 4731 <2 Color Colorless 2.206 Ref.Ibid. 121 4605 数据来源 2.121 子 230 4421 18 Sample was prepared at NBS by C. Robbins.Spec.anal. 2.106 4240 1.969 2 221 1.4046 0.01to0.1Fe,and0.001to0.01 1.923 each of Ca,Cr,Mg,Mn,Ni,Ti, 040 1.3932 <2 1.887 400 1.3494 and Zr. 8 341 1.863 <2 140 1.3462 Pattern was made at25℃， 440 1.841 10 311 1.3356 12 151 Chem.Anal.Showed 61.6 Al:Oa 38 1.7954 <2 330 plus 24 lines to1.0065 (mole.SiO: 图6-1莫来石的PDF卡片
(3) 辐射光源 波长Å 滤波片 相机直径 所用仪器可测最 大面间距 测量相对强度的 方法 数据来源 S D U T
15-776 d (4) 3.393.432.215.39 3Al201·2Si02★ 1/1100956050 Aluminum Silicate 晶系 Rad.CuKat A 1.5405 Filler Ni Dia d(A)1/1 hkl d(A) I/h hkl Cut off I/I Diffractometer 空间群 Ref.National Bureau of Standards 5.39 50 110 1.7125 240 (U.S.)Monograph 25 3.774 200 1.7001 14 321 晶胞边长 Set.31964) 3.428 95 120 1.6940 10 420 3.390 轴率 100 210 1.5999 Sys.Orthorhombie S.G.Pbam(55) 20 041 2.886 a67.54567.6898co2.8842 20 001 1,5786 12 401 A=ao/bo C=co/bo 2. 694 A0.98124 40 220 1,5644 2 C0.37506 141 2.542 0 山 1.5461 2 轴角 。ByZ3/4 Dx3.170 2.428 130 1,5242 Ref.Ibid. 35 331 2.393 <2 310 1.5067 150 单位晶胞内 ea1.637 n创g1.641ey 1.652 Sign 2.308 学 021 1.4811 <2 510 “分子”数 2V D mp Color 2.292 20 201 1.4731 <2 Colorless 241 2.206 Ref.Ibid. 60 121 1.4605 8 421 数据来源 121 Sample was prepared at NBS by C. 2. 25 230 1.4421 18 002 2. 106 8 320 1.4240 Robbins.Spec.anal.: 4 250 1.969 0.01 to 0.1 Fe,and 0.001 to 0.01 2 221 1.4046 8 520 1.923 040 1.3932 <2 each of Ca,Cr,Mg,Mn.Ni.Ti, 112 1.887 400 1.3494 341 and Zr. 1.863 <2 140 1.3462 440 Pattern was made at25℃. 1.841 10 311 1.3356 12 151 Chem.Anal.Showed 61.6 Al:Oa 38 1.7954 <2 330 plus 24 lines to1.0065 (mole.)SiO: 图6-1莫来石的PDF卡片
(4) 晶系 空间群 晶胞边长 轴率 A=a0/b0 C=c0/b0 轴角 单位晶胞内 “分子”数 数据来源 S D U T
15-776 d3.393.432.215.39 3A1201·2S02★ (4) 1/1h100956050 Aluminum Silicate 晶系 Rad CuK A 1.5405 Filler Ni Dia (A)I/I hkl d(A) I/I hkl Cut off I/I Diffractometer 空间群 Ref.National Bureau of Standards 5.39 50 110 1.7125 6 240 (U.S.)Monograph 25 3.774 8 200 1.7001 14 321 晶胞边长 轴率 立方 cubic A=ao/bo C=co/bo 正方（四方） tetragonal 轴角 斜方（正交) orthorhombic 单位晶胞内 “分子”数 2 菱方 (三方) trigonal R 数据来源 六方 hexagonal 单斜 monoclinic 三斜 anorthic Chem.Anal.Showed 61.6 Al:Oa 38 1.7954<2 330 plus 24 lines to1.0085 (mole.SiO: 图6-1 莫来石的PDF卡片
13 (4) 晶系空间群 晶胞边长 轴率A=a0/b0 C=c0/b0 轴角单位晶胞内 “分子”数 数据来源 S D U T
15-776 d3.393.432.215.39 3Al201·2S02★ 1/14100956050 Aluminum Silicate Rad.CuKt A 1.5405 Filler Ni Dia. d(A) 1714 hkl d(A) 1/h Cut off I/I Diffractometer Ref.National Bureau of Standards 5.39 50 110 1.7125 6 240 (5)物理性质 (U.S.)Monograph 25 3.774 8 200 1.7001 Set.3(1964) 3.428 95 120 1.6940 折射率 3.390 100 Sys.Orthorhombic S.G.Pbam(55) 210 1.5999 2 密度 2.886 20 001 1.5786 a67.54567.6898 ce2.8842 401 2.694 40 A0.98124C0.37506 220 1.564 2 点 2.542 50 。ByZ3/4Dx3.170 111 1.5461 2 4 2.428 14 130 1,524 Ref.Ibid. 颜色 2.393 <2 310 1.506 ga1.637nw91.641。y < 150 1.652 Sign 2.308 4 021 481 10 数据来源 2V D mp 2.292 20 201 473 Color Colorless <2 24 Bef.Ihid 2.206 60 121 4605 25 1 88 Sample was prepared at NBS by C. 2121 230 4421 2.106 8 320 1.4240 Robbins.Spec.anal.: 4 1.4046 物 0.01to0.1Fe,and0.001to0.01 1.969 2 221 1.923 2 040 1.3932 each of Ca,Cr,Mg,Mn,Ni.Ti, 2 1.887 400 1.3494 and Zr. 6 1.863 <2 140 .3462 440 Pattern was made at 25C. 1.841 10 311 1.3356 12 151 Chem.Anal.Showed 61.6 Al2O 38 1.7954 <2 330 plus 24 lines tol.0065 (molc.)SO为 物性数据。：B。、n、马（三个方向的折射率），S1gm(光性正或负)， -1 英来石的PDF卡片 2YW(光轴夹角)，D(密度，实验测得)，mp.(熔点)，Color(颜色) Ref.(本栏参考资料)
14 (5)物理性质 折射率 密度熔点颜色数据来源 S D U T
15-776 d3.393.432.215.39 3Al20·2Si02★ 1/1100956050 Aluminum Silicate Rad.CuKa A 1.5405 Filler Ni Dia. d(A) I/h hkl d(A) I/I h (6)样品来 Cut off I/I Diffractometer 5.39 % 110 1.7125 6 240 源、制备方 Ref.National Bureau of Standards (U.S.)Monograph 25 3.774 200 1.7001 3.428 % 120 1.6940 法、升华温 Set.3(1964) 3.390 100 210 1.5999 40 Sys.Orthorhombie S.G.Pbam(55) 2.886 20 001 1.5786 度、分解温 a07.54567.6898co2.8842 2 2.694 40 220 1,5644 141 A0.98124C0.37506 度等 2.542 50 山 1.546 2 1 a B y Z3/4 Dx 3.170 2.428 14 Ref.Ibid. 130 1.5242 331 2.393 <2 310 ta1.637 1.5067 n仙B 1.641ey 1.652 Sign 2.308 4 4811 <2 510 2V D mp 2.292 20 20l 1.473 241 Color Colorless Ref.Ibid. 2.206 50 121 4605 2 121 25 Sample was prepared at NBS by C. 230 42 88 2 106 8 Robbins.Spec.anal.: 20 1.969 2 2 4046 48 0.01to0.1Fe,and0.001to0.0l 1.923 040 1.3932 each of Ca,Cr,Mg,Mn,Ni,Ti. <2 1.887 400 1.3494 and Zr. 1.863 <2 140 1.3462 Pattern was made at2s℃ 1.841 10 311 1.3356 Chem.Anal.Showed 61.6 Al2O 38 7954 <2 330 plus 24 lines to1.0065 (mole.SiOz 图6-1 莫来石的PDF卡片
15 (6)样品来 源、制备方 法、升华温 度、分解温 度等 S D U T