Linked from

The 19 pages that link to Boron, each with the reason it gives.

• Ionization energyBroader topic: Its 2p electron is easier to remove than beryllium's 2s electron.

• Humphry DavyBroader topic: Davy independently prepared boron in 1808 while investigating boric acid.

• MetalloidBroader topic: Boron’s compounds strengthen glass and support specialized electronic materials.

• Neodymium magnetRelated: Boron helps stabilize the crystal structure of the magnetic compound.

• BoranesRelated: Its three valence electrons underpin the unusual bonding found in boranes.

• Boric acidNarrower topic: Boric acid is one of the simplest common oxygen-containing compounds of boron.

• Joseph Louis Gay-LussacBroader topic: Gay-Lussac and Louis Jacques Thénard independently obtained impure boron in 1808.

• DiboraneNarrower topic: Each boron atom contributes three valence electrons to diborane’s bonding framework.

• Sodium borohydrideNarrower topic: Boron forms the tetrahedral BH₄⁻ anion at the center of the reagent's chemistry.

• BorateNarrower topic: Boron is the central element whose oxygen compounds define borates.

• Borate mineralNarrower topic: Boron’s bonding with oxygen produces the anions found in these minerals.

• Boron carbideRelated: Boron forms the icosahedral clusters that anchor boron carbide’s crystal structure.

• TourmalineRelated: Boron is a defining constituent of tourmaline’s silicate structures.

• Boron trifluorideNarrower topic: Boron’s three valence electrons leave it electron-deficient in BF₃.

• KerniteRelated: Kernite is mined to supply boron for industrial use.

• Boron trioxideNarrower topic: Boron is the element whose oxide forms the subject of this page.

• Period 2 elementBroader topic: Its chemistry marks the transition from metals toward nonmetals.

• PainiteRelated: Boron and oxygen form the structural groups central to painite’s borate chemistry.

• Sodium metaborateRelated: Boron–oxygen bonding defines the anion in sodium metaborate.