The radical reaction mechanism has been discussed.
讨论了苯甲酸盐的热分解反应机理。
The kinetic models of methane converted in RFD plasma and DBD plasma were founded on the base of radical reaction mechanism.
进而，在自由基反应机理的基础上，分别建立了射频冷等离子体及介质阻挡放电冷等离子体下的甲烷转化动力学模型。
The reaction mechanism of atomic oxygen radical anion with vinyl radical has been investigated at the G3MP2B3 level of theory.
在G3MP2B3理论水平下研究了氧负离子与乙烯自由基的反应机理。
On this condition, hydroxyl radical reaction is the most important mechanism in ozonation which contributes to 78.7% particulate COD release rate.
在中性条件下，羟基自由基间接反应为污泥臭氧破解的主要作用途径，对固相COD释放率的贡献比例为78.7%。
The reaction mechanism between atomic oxygen radical anion and benzene has been investigated using the density functional theory (DFT).
采用密度泛函理论研究了氧负离子自由基与苯分子的反应。
At the same time, we also investigated the mechanism of this useful reaction in detail and a radical mechanism is proposed.
同时，我们对反应的机理方面也作了详细的探讨，认为反应可能是通过自由基机理进行的。
According to the discussion of reaction conditions using different initiations, it was believed that peroxide-initiated free-radical addition reaction was a promising method by mechanism analysis.
通过机理分析和对不同引发条件下的自由基加成反应的比较，认为过氧化物引发自由基加成反应制备六氟丁醇具有工业化前景。
Living Polymerization by radical mechanism is a new type of reaction which has been explored recently. In this paper, the developments of these reactions are reviewed.
自由基活性聚合是人们在们在近年来探索的一类新的聚合反应。本文简要地综述了这类反应的进展。
Experiment result shows that the graft copolymerization reaction agrees quite well with the general free radical mechanism and the copolymer has excellent heat stabilization.
实验结果表明，该接枝反应基本符合自由基反应的一般规律，并且其聚合产物具有明显的抗高温能力。
The experiment was carried on the waste liquid of molasses alcohol by the way of ozone oxidation and found out that reaction mechanism was free radical reaction under alkaline condition.
利用臭氧氧化法处理糖蜜酒精废液，碱性条件下其反应机理属于自由基型反应。
The possible mechanism was discussed, which could involve a radical-polar crossover reaction induced by electron transfer.
我们对反应可能的机理进行了讨论，认为该反应是一个电子转移引发的自由基—离子交叉反应。
And further investigation on the reaction mechanism indicated that aryl radical was involved in this transformation.
研究并且发现该直接芳基化反应通过了自由基反应历程实现。
The free radical reaction is the main mechanism of hydrocarbon generation from organic matter.
有机质生烃以自由基反应机制为主。
The free radical reaction is the main mechanism of hydrocarbon generation from organic matter.
有机质生烃以自由基反应机制为主。
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