Dana's new mineralogy the system of mineralogy of James Dwight Dana and Edward Salisbury Dana.

Wiley／c1997.

当館請求記号：ME421-A5

目次

• Preface
  ix

• Historical Perspective
  x

• Acknowledgments
  xii

• Introduction
  xv

• Descriptions of Mineral Species
  xviii

• Abbreviations for Literature References
  xxxvii
• • Native Elements and Alloys
  • • Class 1
      Native Elements and Alloys
      1
• • Sulfides and Related Compounds
  • • Class 2
      Sulfides,Including Selenides and Tellurides
      37
  • • Class 3
      Sulfosalts
      150
• • Oxides
  • • Class 4
      Simple Oxides
      204
  • • Class 5
      Oxides Containing Uranium,and Thorium
      255
  • • Class 6
      Hydroxides and Oxides Containing Hydroxyl
      266
  • • Class 7
      Multiple Oxides
      292
  • • Class 8
      Multiple Oxides Containing Niobium,Tantalum,and Titanium
      332
• • Halogenides
  • • Class 9
      Anhydrous and Hydrated Halides
      373
  • • Class 10
      Oxyhalides and Hydroxyhalides
      391
  • • Class 11
      Halide Complexes;Alumino-fluorides
      407
  • • Class 12
      Compound Halides
      419
• • Carbonates
  • • Class 13
      Acid Carbonates
      422
  • • Class 14
      Anhydrous Carbonates
      426
  • • Class 15
      Hydrated Carbonates
      462
  • • Class 16
      Carbonates Containing Hydroxyl or Halogen
      475
  • • Class 17
      Compound Carbonates
      519
• • Nitrates
  • • Class 18
      Nitrates
      526
  • • Class 19
      Nitrates Containing Hydroxyl or Halogen
      528
  • • Class 20
      Compound Nitrates
      530
• • lodates
  • • Class 21
      Anhydrous and Hydrated lodates
      531
  • • Class 22
      lodates Containing Hydroxyl or Halogen
      532
  • • Class 23
      Compound lodates
      533
• • Borates
  • • Class 24
      Anhydrous Borates
      534
  • • Class 25
      Anhydrous Borates Containing Hydroxyl or Halogen
      542
  • • Class 26
      Hydrated Borates Containing Hydroxyl or Halogen
      551
  • • Class 27
      Compound Borates
      565
• • Sulfates
  • • Class 28
      Anhydrous Acid and Sulfates
      568
  • • Class 29
      Hydrated Acid and Sulfates
      583
  • • Class 30
      Anhydrous Sulfates Containing Hydroxyl or Halogen
      623
  • • Class 31
      Hydrated Sulfates Containing Hydroxyl or Halogen
      639
  • • Class 32
      Compound Sulfates
      666
• • Selenates and Tellurates;Selenites and Tellurites
  • • Class 33
      Selenates and Tellurates
      672
  • • Class 34
      Selenites,Tellurites and Sulfites
      677
• • Chromates
  • • Class 35
      Anhydrous Chromates
      692
  • • Class 36
      Compound Chromates
      696
• • Phosphates,Aresenates,and Vanadates
  • • Class 37
      Anhydrous Acid Phosphates,etc.
      697
  • • Class 38
      Anhydrous Phosphates,etc.
      700
  • • Class 39
      Hydrated Acid Phosphates,etc.
      735
  • • Class 40
      Hydrated Phosphates,etc.
      814
  • • Class 41
      Anhydrous Phosphates,etc.,Containing Hydroxyl or Halogen
      815
  • • Class 42
      Hydrated Phosphates,etc.,Containing Hydroxyl or Halogen
      882
  • • Class 43
      Compound Phosphates,etc.
      957
• • Antimonates,Antimonites,and Arsenites
  • • Class 44
      Antimonates
      971
  • • Class 45
      Acid and Normal Antimonites and Arsenites
      977
  • • Class 46
      Basic or Halogen-Containing Antimonites,Arsenites
      981
• • Vanadium Oxysalts
  • • Class 47
      Vanadium Oxysalts
      985
• • Molybdates and Tungstates
  • • Class 48
      Anhydrous Molybdates and Tungstates
      993
  • • Class 49
      Basic and Hydrated Molybdates and Tungstates
      1005
• • Organic Compounds
  • • Class 50
      Salts of Organic Acids
      1011
• • Nesosilicates: Insular SiO4
  • • Class 51
      Insular SiO4 Groups Only
      1020
  • • Class 52
      Insular SiO4 Groups and 0,OH,F,and H2O
      1061
  • • Class 53
      Insular SiO4 Groups and Other Anions or Complex Cations
      1106
  • • Class 54
      Borosilicates and Some Beryllosilicates
      1116
• • Sorosilicates:Isolated Tetrahedral Noncyclic Oroups,N,1
  • • Class 55
      Si2O7 Groups,Generally with No Additional Anions
      1133
  • • Class 56
      Si2O7 with Additional 0,OH,F and H2O
      1149
  • • Class 57
      Insular Si3O10 and Larger Noncyclic Groups
      1188
  • • Class 58
      Insular,Mixed,Single,and Larger Tetrahedral Groups
      1193
• • Cyclosilicates
  • • Class 59
      Three-Membered Rings
      1220
  • • Class 60
      Four-Membered Rings
      1231
  • • Class 61
      Six-Membered Rings
      1238
  • • Class 62
      Eight-Membered Rings
      1267
  • • Class 63
      Condensed Rings
      1269
  • • Class 64
      Rings with Other Anions and Insular Silicate Groups
      1281
• • Inosilicates:Two-Dimensionally Infinite Silicate Units
  • • Class 65
      Single-Width Unbranched Chains,W=1
      1288
  • • Class 66
      Double-Width Unbranched Chains,W=2
      1335
  • • Class 67
      Unbranched Chains with W>2
      1376
  • • Class 68
      Structures with Chains of More Than One Width
      1379
  • • Class 69
      Chains with Side Branches or Loops
      1381
  • • Class 70
      Column or Tube Structures
      1397
• • Phyllosilicates
  • • Class 71
      Sheets of Six-Membered Rings
      1405
  • • Class 72
      Two-Dimensional Infinite Sheets with Other Than Six-Membered Rings
      1521
  • • Class 73
      Condensed Tetrahedral Sheets
      1546
  • • Class 74
      Modulated Layers
      1552
• • Tektosilicates
  • • Class 75
      Si Tetrahedral Frameworks
      1568
  • • Class 76
      Al-Si Frameworks
      1595
  • • Class 77
      Zeolites
      1646
  • • Class 78
      Unclassified Silicates
      1702
• • Appendix-New Minerals for 1996
    1721

• Indexes

• List of Mineral Names in Numerical Order
  1723

• List of Mineral Names in Alphabetical Order
  1753

• General Index
  1783