Linked from

The 24 pages that link to Hydrogen fluoride, each with the reason it gives.

• FluorineBroader topic: HF contrasts with F₂: fluorine forms a very strong bond to hydrogen.

• Hydrogen chlorideCompared with: Hydrogen fluoride forms strong hydrogen bonds, unlike hydrogen chloride.

• FluorideCompared with: Unlike fluoride ions, hydrogen fluoride is a neutral molecule that can form them in water.

• SuperacidRelated: It is the Brønsted-acid component in fluoroantimonic acid.

• Hydrofluoric acidNarrower topic: It is the dissolved molecule responsible for the acid’s reactions.

• Uranium hexafluorideRelated: Its formation during UF₆ exposure to moisture makes leaks especially hazardous.

• Sodium fluorideRelated: It can react with sodium-containing bases to produce sodium fluoride.

• Fluoride ionRelated: HF is the neutral molecule whose bond dissociation releases fluoride under suitable conditions.

• Fluorine chemistryBroader topic: Its strong hydrogen bonding and hazardous reactivity distinguish it from other hydrogen halides.

• Hydrogen halideBroader topic: Its aqueous solution etches silica and is used in fluorine chemistry.

• Antimony pentafluorideRelated: Moisture-driven decomposition of SbF₅ can produce HF, adding to its handling hazards.

• Fluoroantimonic acidRelated: It supplies the acidic component and solvent in the mixture.

• Fluorosulfuric acidRelated: Hydrogen fluoride supplies fluorine in the reaction with sulfur trioxide.

• Henri MoissanRelated: Moissan electrolyzed mixtures containing hydrogen fluoride while working to isolate fluorine.

• Hydrogen bromideCompared with: HF contrasts with HBr in bond strength, acidity, and hazardous aqueous behavior.

• Magic acidCompared with: It is the proton donor in fluoroantimonic acid, the best-known related superacid system.

• Carborane acidRelated: Anhydrous hydrogen fluoride is used in familiar superacid mixtures that carborane acids sought to surpass in inertness.

• Chlorine trifluorideRelated: ClF₃ reactions with moisture can generate hydrogen fluoride, adding severe exposure hazards.

• Hydrogen chalcogenideCompared with: It resembles water in strong hydrogen bonding but belongs to a different periodic-table family.

• Hydrogen iodideCompared with: HF has a much stronger H–X bond and weaker acidity in water than HI.

• Argon fluorohydrideRelated: HF supplies the hydrogen and fluorine atoms incorporated into HArF.

• Oxygen difluorideCompared with: HF is a major product of OF₂ hydrolysis, not the same molecular reagent.

• Hypofluorous acidCompared with: HF contains no oxygen and has very different bonding and stability from HOF.

• Properties of waterCompared with: Its strong hydrogen bonding highlights how molecular geometry and bonding affect liquid properties.