建立了活性炭床多组分竞争吸附动态模型，并利用数值方法求解。
The dynamic multicomponent competitive adsorption model was developed in activated carbon bed, and it was solved by using numerical technique.
就活性炭固定床吸附处理城市污水回用水进行了试验，所用粒状活性炭对水中有机物、色度具有较好的吸附性能，对水中浊度也有一定的去除效果。
Experiment is made to recycle urban waste water through the treatment of GAC, which can considerably absorb organic matter and colority in the waste water, as well as turbid.
文摘：就活性炭固定床吸附处理城市污水回用水进行了试验，所用粒状活性炭对水中有机物、色度具有较好的吸附性能，对水中浊度也有一定的去除效果。
Abstract: Experiment is made to recycle urban waste water through the treatment of GAC, which can considerably absorb organic matter and colority in the waste water, as well as turbid.
该活性炭为颗粒状，可采用固定床吸附或搅拌釜式吸附处理苯酐。
Said active carbon is particle in shape, fixed bed can be used absorption or stirring kettle type absorption to treat phthalic anhydride.
该活性炭为颗粒状，可采用固定床吸附或搅拌釜式吸附处理苯酐。
Said active carbon is particle in shape, fixed bed can be used absorption or stirring kettle type absorption to treat phthalic anhydride.
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