改性漆酚作为抗氧剂应用方面植物多酚是一类具有抗氧化和自由基清除活性的物

改性漆酚作为抗氧剂应用方面
植物多酚是一类具有抗氧化和自由基清除活性的物质，将漆酚氢化后制成饱和漆酚，再与叔丁醇反应，可望得到稳定性好的漆酚抗氧剂例。
该抗氧剂能利用邻苯二酚的酚羟基的氧化性，形成相对稳定的自由基，从而产生抗氧化作用。
再与其它自由基偶合，可以清除自由基，阻断链式自由基氧化反应的活性物质。
漆酚抗氧剂也可通过与金属离子鳌合，从而阻止金属离子对活性氧等自由基生成和链反应的催化作用。

결과 (영어) 1:

Changed urushiol application as antioxidantsIs a kind of plant polyphenol antioxidant and free radical scavenging activity of substances, paint made of phenolic hydrogen saturated urushiol, and tert-butyl alcohol reaction, you should expect stability of antioxidant of urushiol.The antioxidant phenolic oxidation of catechol to form relatively stable free radical and antioxidant.Coupled with other free radicals, free radical scavenging, blocks free radical chain oxidation reaction of active substances.Urushiol antioxidants can also chelate metal ions and, to prevent metal ions on the activity of oxygen free radicals and the chain reaction of catalysis.

결과 (영어) 2:

Modified urushiol application as an antioxidant
is a type of plant polyphenols with antioxidant and free radical scavenging activity of the material, will make a saturated urushiol urushiol after hydrogenation, then reacted with tert-butanol, is expected to be stable Good paint phenolic antioxidant cases.
The antioxidant can take advantage of catechol oxidizing phenolic hydroxyl group to form a relatively stable free radicals, which produce antioxidant effects.
And then with the other radical coupling, you can eliminate free radicals, blocking the chain reaction of free radical oxidation of the active substance.
Urushiol antioxidants can also be chelated with a metal ion, thereby preventing the metal ion generator and a chain reaction of free radicals and other reactive oxygen catalysis.

결과 (영어) 3:

Modified urushiol as antioxidant applications
plant polyphenol is a class with antioxidant and free radical scavenging activity of the material, will urushiol after hydrogenation into SATURATED URUSHIOL, reaction with TERT butanol, is expected to be good stability of Urushiol antioxidant cases.
the antioxidants could use the oxidation of catechol phenolic hydroxyl groups, forming relatively stable free radical, resulting in antioxidant effect. The free radical can be removed by the coupling with other free radicals, and the active substance of the chain free radical oxidation reaction is blocked.
paint phenolic antioxidants can also through the metal ions and Ao, to prevent metal ions on active oxygen free radical generation and chain reaction catalysis.