Linked from

The 32 pages that link to Hydrate, each with the reason it gives.

• CalcinationBroader topic: Hydrates lose water during calcination, producing anhydrous or less hydrated solids.

• Crystal waterNarrower topic: Crystal water is the defining feature of hydrated crystalline compounds.

• Sodium carbonateRelated: Sodium carbonate occurs in hydrated forms, including the decahydrate washing soda.

• Magnesium sulfateNarrower topic: Magnesium sulfate forms several hydrates, including the familiar seven-water crystal.

• EfflorescenceNarrower topic: Efflorescence is a moisture-loss behavior of this broader class of compounds.

• Empirical formulaBroader topic: The water-to-salt ratio in a hydrate can be expressed through an empirical formula.

• Sodium thiosulfateRelated: Commercial sodium thiosulfate is commonly encountered as the pentahydrate.

• Calcium oxalateRelated: Common calcium oxalate crystals contain structural water.

• Magnesium chlorideNarrower topic: Magnesium chloride readily forms crystalline compounds with bound water.

• Sulfate mineralRelated: Many sulfate minerals incorporate water, which can alter their structure and stability.

• Borate mineralRelated: Many borate minerals contain structurally bound water.

• Aluminium sulfateRelated: Commercial aluminium sulfate is often supplied as a hydrated crystalline solid.

• Copper(II) sulfateNarrower topic: Copper(II) sulfate forms hydrates whose water content changes its color and properties.

• Iron(III) sulfateRelated: Water of crystallization gives iron(III) sulfate several hydrated forms.

• IUPAC nomenclature of inorganic chemistryBroader topic: Hydrate names append information about water content to the compound name.

• Sodium sulfiteBroader topic: Sodium sulfite can crystallize in hydrated forms, including the heptahydrate.

• Zinc chlorideRelated: Zinc chloride forms several hydrates, which differ in composition and physical properties.

• GlyoxalRelated: Glyoxal readily forms hydrated species in water, so its aqueous chemistry differs from that of the free dialdehyde.

• Iron(II) chlorideRelated: Hydrated forms of iron(II) chloride incorporate water into their crystal structures.

• KerniteRelated: Three water molecules per formula unit are incorporated into kernite’s mineral structure.

• Zinc sulfateRelated: Crystalline zinc sulfate occurs with different numbers of water molecules.

• Chloroauric acidNarrower topic: Commercial chloroauric acid is often supplied with water in its crystal structure.

• Geminal diolNarrower topic: Geminal diols are covalent hydrates, unlike many hydrates that contain separate water molecules.

• Manganese(II) sulfateNarrower topic: Water molecules distinguish manganese(II) sulfate’s hydrated forms from its anhydrous form.

• Sodium bisulfateRelated: Commercial sodium bisulfate may occur in hydrated forms as well as anhydrous form.

• Trisodium phosphateRelated: Commercial trisodium phosphate may occur as hydrated crystals as well as anhydrous material.

• KainiteRelated: Kainite’s crystal structure incorporates water, making hydration part of its mineral identity.

• Sodium sulfideRelated: Commercial sodium sulfide may occur as hydrated solids rather than pure anhydrous Na₂S.

• Chromium(III) chlorideRelated: Hydrated chromium(III) chloride contains structural water and differs from the anhydrous solid.

• Magnesium nitrateRelated: Commercial magnesium nitrate commonly crystallizes with six water molecules per formula unit.

• Nickel(II) chlorideNarrower topic: Nickel(II) chloride commonly occurs with fixed amounts of crystal water.

• Sodium metaborateRelated: Hydrated sodium metaborate contains structural water and differs from the anhydrous formula.