Linked from

The 12 pages that link to Bismuth, each with the reason it gives.

• LeadCompared with: It is a less toxic heavy-metal substitute in some applications.

• ArsenicCompared with: Bismuth shows how metallic character increases farther down arsenic’s periodic-table group.

• DiamagnetismBroader topic: Its pronounced response makes bismuth a standard demonstration material.

• AstatineRelated: Bismuth-209 can be irradiated to produce astatine-211.

• PoloniumCompared with: Stable bismuth contrasts with polonium’s intense radioactivity and can serve as its production target.

• Trigonal crystal systemBroader topic: It demonstrates trigonal symmetry in an elemental solid, not just a mineral compound.

• Rhombohedral crystal systemBroader topic: Its elemental crystal structure directly exhibits rhombohedral lattice geometry.

• PnictogenBroader topic: This heavy member illustrates the group’s shift toward metallic character down the column.

• Post-transition metalBroader topic: Its alloys and compounds provide alternatives to some lead-containing products.

• RoentgeniumRelated: Bismuth-209 served as the target nucleus in the first reported synthesis.

• Fusible alloyRelated: Bismuth is a common ingredient in lead-free fusible alloys and helps lower their melting temperatures.

• Liquation (metallurgy)Related: Its comparatively low melting point enabled separation from higher-melting metals by liquation.