The results show that under the same hydraulic retention time, the intensive adsorption hydrolization contact oxidation method is higher treating efficiency and potential.
实验表明，在相同的水力时间，采用强化吸附法吸附水解一接触氧化法工艺具有较高的效率和潜能。
The results show that under the same hydraulic retention time, the intensive adsorption hydrolization contact oxidation method is higher treating efficiency and potential.
实验表明，在相同的水力时间，采用强化吸附法吸附水解一接触氧化法工艺具有较高的效率和潜能。
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