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To slow down the aging process of rubber, the role of adding antioxidants is to prevent the occurrence of ( ) and ( ). Terminate chain growth reactions, prevent chain initiation
To delay the aging process of rubber, the role of adding antioxidants is to prevent the formation of (oxygen) and (ozone).
To slow down the aging process of rubber, the role of adding antioxidants is to (eliminate the free radicals that have just been formed) and to prevent the occurrence of chain reactions.
To delay the aging process of rubber, the role of adding antioxidants is to (terminate chain growth reactions) and (prevent chain initiation).
To delay the aging process of rubber, the role of adding antioxidants is to (delay or inhibit the progression of the oxidation process in polymers) and to (prevent the aging of polymers and extend their service life).
To delay the aging process of rubber, the role of adding antioxidants is to (terminate chain growth reactions) and (prevent chain initiation).
To delay the aging process of rubber, the role of adding antioxidants is to (terminate chain growth reactions) and (prevent chain initiation).
To delay the aging process of rubber, the role of adding antioxidants is to (inhibit) and (slow down) the occurrence of rubber oxidation and degradation.
To delay the aging process of rubber, the role of adding antioxidants is to (terminate chain growth reactions) and (prevent chain initiation).
The role of adding antioxidants to slow down the aging process of rubber is to (prevent) and (delay) the occurrence of such aging.