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Chemical elements
Molybdenum
Isotopes
Energy
Production
Application
Physical Properties
Chemical Properties
Alloys
Compounds
Molybdenum Hexafluoride
Fluoroxypermolybdates
Molybdenum Dichloride
Molybdenum Trichloride
Molybdenum Tetrachloride
Molybdenum Pentachloride
Molybdenum Oxychlorides
Chlormolybdic Acids
Molybdenum Dibromide
Molybdenum Tribromide
Molybdenum Tetrabromide
Molybdenum Oxybromide
Molybdenum Di-iodide
Molybdenum Oxyiodide
Iodomolybdic Acid
Molybdenum Sesquioxide
Molybdenum Dioxide
Molybdenum Oxide Blue
Molybdenum Trioxide
Molybdates
Aluminium Molybdates
Ammonium Molybdate
Ammonium Dimolybdate
Ammonium Paramolybdate
Ammonium Trimolybdate
Ammonium Tetramolybdate
Ammonium Octamolybdate
Barium Molybdates
Barium Paramolybdate
Barium Trimolybdate
Barium Tetramolybdate
Barium Octamolybdate
Barium Nonamolybdate
Beryllium Molybdate
Bismuth Molybdates
Cadmium Molybdates
Caesium Molybdates
Calcium Molybdate
Calcium Trimolybdate
Calcium Tetramolybdate
Calcium Octamolybdate
Chromium Molybdates
Cobalt Molybdates
Cobalt Dimolybdate
Cobalt Trimolybdate
Copper Molybdates
Ferrous Molybdate
Ferric Molybdate
Indium Molybdate
Lead Molybdates
Lithium Molybdate
Lithium Dimolybdate
Lithium Paramolybdate
Lithium Trimolybdate
Lithium Tetramolybdate
Magnesium Molybdates
Magnesium Paramolybdate
Magnesium Trimolybdate
Manganese Molybdate
Mercurous Molybdates
Nickel Molybdates
Potassium Molybdate
Potassium Dimolybdate
Potassium Paramolybdate
Potassium Trimolybdate
Potassium Tetramolybdate
Potassium Octamolybdate
Potassium Decamolybdate
Rhodium Molybdates
Rubidium Molybdate
Rubidium Dimolybdate
Rubidium Paramolybdate
Rubidium Trimolybdate
Rubidium Tetramolybdates
Silver Molybdates
Normal Silver Molybdate
Sodium Molybdate
Sodium Dimolybdate
Sodium Paramolybdate
Sodium Trimolybdate
Sodium Tetramolybdate
Sodium Iodomolybdate
Strontium Molybdate
Thallous Molybdate
Thallous Paramolybdate
Thallous Tetramolybdate
Thorium Molybdate
Uranium Molybdates
Uranyl Octamolybdate
Zinc Molybdates
Zinc Trimolybdate
Zinc Tetramolybdate
Zinc Octamolybdate
Zirconium Molybdate
Permolybdic Acid
Molybdenum Sesquisulphide
Molybdenum Disulphide
Dimolybdenum Pentasulphide
Molybdenum Trisulphide
Molybdenum Tetrasulphide
Thiomolybdates
Ammonium Thiomolybdates
Ammonium Molybdosulphites
Potassium Thiomolybdate
Potassium Thiodimolybdate
Potassium Dithiodioxymolybdate
Potassium Molybdosulphite
Sodium Thiomolybdates
Sodium Molybdosulphites
Molybdenum Sulphates
Molybdenum Selenide
Complex Molybdoselenites
Chromates of Molybdenum
Molybdenum Phosphide
Molybdic Metaphosphate
Heteropoly-compounds with Phosphorus
12-Molybdophosphoric Acid
9-Molybdophosphoric Acid
172-Molybdophosphoric Acid
Molybdohypophosphates
Molybdophosphites
Molybdohypophosphites
12-Molybdo-arsenates
9-Molybdo-arsenates
3-Molybdo-arsenates
Molybdenum Carbides
Molybdenum Carbonyl
Reddish-violet Salts
Yellow Salts
Thiocyanates of Molybdenum
Molybdenum Monosilicide
Molybdenum Sesquisilicide
Molybdenum Disilicide
Molybdosilicic Acid and Molybdosilicates
12-Molybdosilicic Acid
PDB 1aa6-1qh8
PDB 1r27-2jir
PDB 2min-3unc
PDB 3uni-4f6t
Molybdenum Monosilicide,
Mo
Si
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Molybdenum Monosilicide,
Mo
Si
, is formed when the metal is heated with amorphous silicon in a vacuum to 1100° to 1200° C. The product is unattacked by acids.
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