PurposeTo study the removal of hydroxyl radicals (· OH) by human red blood cell protect protein (HRPRP) in vitro.

目的研究人红细胞保护蛋白(HRPRP)在体外对羟基自由基(·oh)的清除作用并探讨其抗氧化机制。

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As a result, the number of OH radicals increases with the intensity of electric field and the density of water vapor molecules.

电场强度的增强和适当增加水蒸气分子的密度有利于OH自由基的生成。

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Since the gas molecules may be decomposed to radicals under strong electricfield, we also considered the adsorption of the CH3 and OH radicals.

由于气体分子在强电场下会分解成自由基，因此也考虑了自由基ch3和OH的吸附。

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The results show that the number of OH radicals decreases rapidly and the number of o atoms follows a rule of increasing firstly and then decreasing from arc root to arc tip.

结果表明：沿等离子体从弧根到弧梢位置，OH自由基数量迅速减少，O原子数量呈现先增多后减少的规律。

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The results show that the number of OH radicals decreases rapidly and the number of o atoms follows a rule of increasing firstly and then decreasing from arc root to arc tip.

结果表明：沿等离子体从弧根到弧梢位置，OH自由基数量迅速减少，O原子数量呈现先增多后减少的规律。

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