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AbstractThe article contains sections titled:1.Synthesis by Anionic Polymerization1.1.Solution 1,3‐Butadiene ‐ Styrene Rubber (S‐SBR) and Styrene ‐ Isoprene ‐ Butadiene Rubber (S‐SIBR)1.1.1.Properties, Grades, and Applications1.1.2.Basic Chemistry and Production Processes1.1.3.Producers and Production Capacities1.2.Lithium ‐ Butadiene (Li‐BR) and Lithium ‐ Isoprene (Li‐IR) Rubber1.2.1.Properties, Grades, and Applications1.2.2.Basic Chemistry and Production Processes1.2.3.Producers and Production Capacities2.Synthesis by Ziegler ‐ Natta Polymerization2.1.Polybutadiene and Polyisoprene Rubber2.1.1.Properties, Grades, and Applications2.1.2.Basic Chemistry and Production Processes2.1.3.Producers and Production Capacities2.2.Ethylene ‐ Propene Elastomers (EPM, EPDM)2.2.1.Properties, Grades, and Applications2.2.2.Basic Chemistry and Production Processes2.2.3.Producers and Production Capacities3.Synthesis of Butyl Rubber by Cationic Polymerization3.1.Properties, Grades, and Applications3.1.1.Properties3.1.2.Grades3.1.3.Specialty Rubbers3.1.4.Applications3.2.Basic Chemistry and Production Processes3.2.1.Basic Chemistry3.2.2.Industrial Production3.3.Producers and Production Capacities3.4.Storage and Transportation3.5.Legal Aspects3.6.Toxicology and Occupational Health
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