mechanisms of antioxidant action:rubber bound antioxidants
Mechanisms of antioxidant action: rubber bound
Mechanisms of antioxidant action: rubber bound antioxidants based on nitrones—I. Non-sulphur vulcanizates
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Mechanisms of Antioxidant Action: Rubber-Bound
Mechanisms of Antioxidant Action: Rubber-Bound Antioxidants Based on Nitrones—I. Non-Sulphur Vulcanizates G. Scott 1 , K. V. Smith 1 1 Department of Chemistry, University of Aston in Birmingham, Gosta Green, Birmingham, B4 7ET, England
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Mechanisms of antioxidant action: rubber bound
Mechanisms of antioxidant action: rubber bound antioxidants based on nitrones—I. Non-sulphur vulcanizates Author links open overlay panel G. Scott K.V. Smith Show more
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Mechanisms of antioxidant action: Auto-synergistic
The mechanism of by-product formation in the reaction of a thiol antioxidant, 3,5-di-tertbutyl-4-hydroxybenzyl mercaptan (BHBM), with rubber latices is shown to involve two processes, viz dimerization of the intermediate thiyl radical to give disulphide (BHBDS) and the reaction of the intermediate quinonemethide with water to give the aldehyde and with BHBM to give the monosulphide (BHBMS).
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Mechanisms of antioxidant action: Activity of sulphur
Mechanisms of antioxidant action: Activity of sulphur-linked bound antioxidants in natural rubber Author links open overlay panel G. Scott S.M. Tavakoli Show more
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Mechanisms of antioxidant action: Effects of rubberbound
Polymer Degradation and Stability 5 (1983) 11-22 Mechanisms of Antioxidant Action: Effects of Rubber- bound Antioxidants in Rubber Modified Polypropylene G. Scott & E. Setoudeh Department of Chemistry, University of Aston in Birmingham, Gosta Green, Birmingham, B4 7ET, Great Britain (Received: 15 March, 1982) ABSTRACT The effect of thermal and photo-oxidation on rubber (ethylene-propylene ...
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Mechanisms of antioxidant action: Technological
Mechanisms of antioxidant action: Technological effectiveness of sulphur based bound antioxidants in NR and SBR Author links open overlay panel G. Scott S.M. Tavakoli Show more
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Mechanisms of antioxidant action: Autosynergistic polymer
Mechanisms of antioxidant action: Autosynergistic polymer-bound antioxidants as heat and light stabilizers for ABS Author links open overlay panel W.S.E. Fernando G. Scott Show more
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Chemical and molecular mechanisms of antioxidants
Prevention of lipid peroxidation. The addition of antioxidants can inhibit the formation of lipid dienes or the rate of oxygen intake. The method has been used to study the antioxidant activities of flavonols from apple peels and green tea leaves, vitamins, and resveratrol and its analogues [ 118 – 121 ].
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Mechanisms of antioxidant action: Mechanochemically bound
Polymer Degradation and Stability 5 (1983) 1-10 Mechanisms of Antioxidant Action: Mechanochemically Bound Antioxidants to Polyethy|ene and Polypropylene G. Scott & E. Setoudeh Department of Chemistry, University of Aston in Birmingham, Gosta Green, Birmingham, B4 7ET, Great Britain (Received: 15 March, 1982) ABSTRACT It & shown that a thiolamide antioxidant, 4-mercaptoacetamido di- phenylamine (MADA) can be reacted with both polypropylene and polyethylene in a mechanochemical process.
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Mechanisms of antioxidant action: rubber bound
Mechanisms of antioxidant action: rubber bound antioxidants based on nitrones—I. Non-sulphur vulcanizates
Send InquiryMechanisms of Antioxidant Action: Rubber-Bound
Mechanisms of Antioxidant Action: Rubber-Bound Antioxidants Based on Nitrones—I. Non-Sulphur Vulcanizates G. Scott 1 , K. V. Smith 1 1 Department of Chemistry, University of Aston in Birmingham, Gosta Green, Birmingham, B4 7ET, England
Send Inquiry
Mechanisms of antioxidant action: rubber bound
Mechanisms of antioxidant action: rubber bound antioxidants based on nitrones—I. Non-sulphur vulcanizates Author links open overlay panel G. Scott K.V. Smith Show more
Send Inquiry
Mechanisms of antioxidant action: Auto-synergistic
The mechanism of by-product formation in the reaction of a thiol antioxidant, 3,5-di-tertbutyl-4-hydroxybenzyl mercaptan (BHBM), with rubber latices is shown to involve two processes, viz dimerization of the intermediate thiyl radical to give disulphide (BHBDS) and the reaction of the intermediate quinonemethide with water to give the aldehyde and with BHBM to give the monosulphide (BHBMS).
Send InquiryMechanisms of antioxidant action: Activity of sulphur
Mechanisms of antioxidant action: Activity of sulphur-linked bound antioxidants in natural rubber Author links open overlay panel G. Scott S.M. Tavakoli Show more
Send InquiryMechanisms of antioxidant action: Effects of rubberbound
Polymer Degradation and Stability 5 (1983) 11-22 Mechanisms of Antioxidant Action: Effects of Rubber- bound Antioxidants in Rubber Modified Polypropylene G. Scott & E. Setoudeh Department of Chemistry, University of Aston in Birmingham, Gosta Green, Birmingham, B4 7ET, Great Britain (Received: 15 March, 1982) ABSTRACT The effect of thermal and photo-oxidation on rubber (ethylene-propylene
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Mechanisms of antioxidant action: Mechanochemically bound
Polymer Degradation and Stability 5 (1983) 1-10 Mechanisms of Antioxidant Action: Mechanochemically Bound Antioxidants to Polyethy|ene and Polypropylene G. Scott & E. Setoudeh Department of Chemistry, University of Aston in Birmingham, Gosta Green, Birmingham, B4 7ET, Great Britain (Received: 15 March, 1982) ABSTRACT It & shown that a thiolamide antioxidant, 4-mercaptoacetamido di- phenylamine (MADA) can be reacted with both polypropylene and polyethylene in a mechanochemical process.
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Mechanisms of antioxidant action: Technological
Mechanisms of antioxidant action: Technological effectiveness of sulphur based bound antioxidants in NR and SBR Author links open overlay panel G. Scott S.M. Tavakoli Show more
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