Linked from

The 15 pages that link to Styrene, each with the reason it gives.

• PolystyreneBroader topic: Its molecules join into the long polymer chains that constitute polystyrene.

• MonomerBroader topic: Styrene molecules link together to produce polystyrene.

• Living polymerizationRelated: Szwarc demonstrated persistent chain growth in anionic styrene polymerization.

• Steam crackingRelated: Its industrial supply depends on benzene and ethylene, both linked to cracking value chains.

• PetrochemicalBroader topic: It is produced from benzene and ethylene and feeds major plastics markets.

• Expanded polystyreneRelated: Styrene exposure and emissions are assessed across the manufacture and use of polystyrene products.

• Styrene-butadiene rubberRelated: Styrene units stiffen SBR and influence its glass-transition temperature.

• Anionic polymerizationBroader topic: Its phenyl group stabilizes the benzylic anion formed during anionic chain growth.

• Acrylic acidCompared with: It polymerizes through a carbon–carbon double bond but lacks acrylic acid’s carboxyl functionality.

• Acrylonitrile butadiene styreneRelated: Styrene contributes rigidity and helps ABS flow during processing.

• Aromatic hydrocarbonBroader topic: Its polymerization produces polystyrene and other commercially significant materials.

• EthylbenzeneRelated: Ethylbenzene's dominant use connects its production scale to styrene's industrial and environmental impacts.

• Unsaturated polyester resinRelated: It lowers viscosity and reacts with polyester double bonds during cure.

• AcetophenoneRelated: Acetophenone can be converted into styrene through deoxygenation and methylation routes.

• Cinnamic acidBroader topic: It is a possible product of decarboxylating cinnamic acid.