本节只讨论其中的两类：金属离子钝化剂和过氧化物分解剂。
Only two types will be included in present discussion: metal-ion deactivators and peroxide decomposes.
氢通过氧化物分解为自由基的过程，可被各种催化剂加速，特别是过渡金属。
Hydroperoxide decomposition into radicals is accelerated by various catalysts, notable the transition metals.
用小型密闭压力容器试验(MCPVT)跟踪测定了有机过氧化物热分解反应产生的压力行为和有稀释稳定剂存在下的压力效应。
Pressure behavior and pressure effect of dilute stabilizing agents in the thermal decomposition of organic peroxides were examined in a mini-closed pressure vessel test (MCPVT).
随着细胞糖分解释放能量，他们还释放起反作用的氧，如过氧化物。
As cells break down sugars to release energy, they also unleash reactive forms of oxygen such as superoxide.
这是众所周知，氢过氧化物是不稳定的和自发分解。
It is well known that hydroperoxides are unstable and decompose spontaneously.
利用绝热量热法获得有机过氧化物热力学和动力学参数，分析了它们的分解反应特征，并得出自加速分解温度。
The thermodynamic and kinetic parameters are obtained by the means of adiabatic calorimetry to analyze the decomposition of organic peroxides.
利用绝热量热法获得有机过氧化物热力学和动力学参数，分析了它们的分解反应特征，并得出自加速分解温度。
The thermodynamic and kinetic parameters are obtained by the means of adiabatic calorimetry to analyze the decomposition of organic peroxides.
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