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The 18 pages that link to Magnesium oxide, each with the reason it gives.

• Magnesium sulfateCompared with: This magnesium source lacks sulfate and has different solubility and uses.

• Aluminium oxideCompared with: Both are refractory oxides, but their structures and industrial roles differ.

• Calcium oxideCompared with: It is a related alkaline-earth metal oxide, but its industrial behavior differs from quicklime.

• Magnesium hydroxideCompared with: It is a less hydrated magnesium base that forms hydroxide upon reaction with water.

• Sodium oxideCompared with: It shares the oxide ion but pairs it with divalent magnesium rather than sodium.

• Beryllium oxideCompared with: MgO is a familiar alkaline-earth oxide with different crystal structure and thermal behavior.

• Lithium oxideCompared with: Its divalent metal cation gives a different formula and lattice from Li₂O.

• Magnesium fluorideCompared with: Replacing fluoride with oxide gives a magnesium compound with sharply different optical transmission and crystal chemistry.

• Zirconium dioxideCompared with: Magnesia is another high-temperature oxide, but it does not share zirconia's transformation-toughening mechanism.

• Strontium oxideCompared with: MgO is the lighter analogue and has a much higher melting point.

• Magnesium citrateCompared with: It is another common oral magnesium source, with different solubility and absorption characteristics.

• Magnesium sulfideCompared with: Replacing sulfur with oxygen yields a related magnesium compound with different properties.