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The 19 pages that link to Ring-opening polymerization, each with the reason it gives.

• PolymerBroader topic: Opening strained rings can create chains with controlled repeating structures.

• PolymerizationBroader topic: Opening a ring can relieve strain while extending a growing chain.

• NylonRelated: Nylon 6 is commonly made by opening caprolactam rings.

• Ring strainRelated: Strained cyclic monomers can gain stability as their rings open during polymer growth.

• Chain-growth polymerizationRelated: It can proceed by active-end chain growth while producing polymers from cyclic monomers.

• Step-growth polymerizationCompared with: Many ring-opening routes grow chains through active centers instead of random stepwise coupling.

• Polymer chemistryBroader topic: Opening strained rings provides a route to polymers with controlled backbones.

• PolycondensationCompared with: It can produce polymers without the characteristic small-molecule elimination of polycondensation.

• Condensation polymerizationCompared with: It can produce polymers without the characteristic elimination of small molecules.

• TetrahydrofuranRelated: THF’s strained ring can open under suitable conditions to form polyether chains.

• Addition polymerizationCompared with: It can proceed by chain growth but does not require unsaturated monomers.

• Polyethylene glycolRelated: This polymerization route links ethylene oxide units into PEG chains.

• Cationic polymerizationNarrower topic: Cationic chain ends can open strained or activated rings as well as add to alkenes.

• Anionic polymerizationCompared with: Some ring-opening reactions are anionic, but the defining feature here is the monomer's ring-opening step.

• CaprolactamNarrower topic: Caprolactam’s cyclic amide ring opens to form the repeating backbone of nylon 6.

• Polylactic acidRelated: This route builds high-molecular-weight PLA from lactide.

• Cyclic compoundRelated: Opening strained rings can convert cyclic compounds into long-chain materials.

• Polymer backboneRelated: Opening a ring can place its atoms directly into the growing backbone.

• Polypropylene glycolRelated: This reaction converts propylene oxide into polypropylene glycol chains.