The article contains sections titled: 1. Synthesis by Anionic Polymerization 1.1. Solution 1,3‐Butadiene ‐ Styrene Rubber (S‐SBR) and Styrene ‐ Isoprene ‐ Butadiene Rubber (S‐SIBR) 1.1.1. Properties, Grades, and Applications 1.1.2. Basic Chemistry and Production Processes 1.1.3. Producers and Production Capacities 1.2. Lithium ‐ Butadiene (Li‐BR) and Lithium ‐ Isoprene (Li‐IR) Rubber 1.2.1. Properties, Grades, and Applications 1.2.2. Basic Chemistry and Production Processes 1.2.3. Producers and Production Capacities 2. Synthesis by Ziegler ‐ Natta Polymerization 2.1. Polybutadiene and Polyisoprene Rubber 2.1.1. Properties, Grades, and Applications 2.1.2. Basic Chemistry and Production Processes 2.1.3. Producers and Production Capacities 2.2. Ethylene ‐ Propene Elastomers (EPM, EPDM) 2.2.1. Properties, Grades, and Applications 2.2.2. Basic Chemistry and Production Processes 2.2.3. Producers and Production Capacities 3. Synthesis of Butyl Rubber by Cationic Polymerization 3.1. Properties, Grades, and Applications 3.1.1. Properties 3.1.2. Grades 3.1.3. Specialty Rubbers 3.1.4. Applications 3.2. Basic Chemistry and Production Processes 3.2.1. Basic Chemistry 3.2.2. Industrial Production 3.3. Producers and Production Capacities 3.4. Storage and Transportation 3.5. Legal Aspects 3.6. Toxicology and Occupational Health
A direct spectrophotometric method is presented for the determination of tris(nonylated phenyl) phosphite (Polygard) specific for phenolic compounds. The method eliminates the need for perchloric acid destruction of organic matter and background correction factors. Extraction from sheet rubber is speeded up by the use of an ultrasonic generator,
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