The prospective application of carbon nanotubes as excellent adsorbents was presented.

讨论了碳纳米管储氢性能的可行性和应用前景.

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The contemporary focal issue are researching more economical and efficient Adsorbents.

开发更加经济、高效的吸附剂是目前研究的热点与焦点问题.

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The adsorbents used in FCC gasoline desulfurization are prepared.

制备了FCC汽油脱硫吸附剂.

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CHA - 111 resin adsorbents show good results in adsorption and desorption.

结果表明,CHA-111吸附树脂对该废水具有良好的吸附与脱附效果.

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The chemi - adsorption has relatively low capital and operational costs, the chemi - adsorbents provide high sulfur recovery.

吸附法脱硫具有低投资、低操作成本的优点, 尤其是化学吸附更具有高硫脱除率的特点.

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A technology of dipping, chemical activation - drying - pyrolysis, charring used for manufacturing activated carbon adsorbents sludge was discussed.

采用先活化剂浸泡活化在干燥热解炭化的化学活化法制备污泥含炭吸附剂.

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For all adsorbents studied , the adsorption capacity always decreases with the increase of hydrochloric acid concentration.

所有吸附剂对氯仿的吸附能力均随着溶液中盐酸浓度的增加而降低.

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The effect of different process . conditions on the porous carbonaceous adsorbents prepared by pyrolysis.

考察了不同工艺条件对热解生成的多孔炭质吸附剂的影响.

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The adsorption and desorption properties of CNA - 875, CNA - 795 and CNA - E adsorbents to furan were estimated and compared.

评价比较了CNA - 875 、 CNA - 795和CNA -E 对呋喃的吸附解吸性质.

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The mechanism of the improvement and discoloring the adsorbents andthe additive was elucidate.

从理论上阐述了提高粉煤灰基质多孔吸附材料吸附、脱色性能的机理.

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The best choice for separating diethylbenzene is the adsorptive separation by zeolite adsorbents in high efficiency.

指出高效、节能的分子筛吸附分离法是分离二乙苯的最佳选择.

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The results indicate that the ionic template technique can improve the adsorbability of the common adsorbents.

实验表明,应用离子模板聚合技术可提高普通吸附树脂的吸附性能.

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Static adsorption isotherms of each mono component of - gas were measured on these three adsorbents surfacemeasuring instrument.

实验测定了排放气中各种单组分气体在三种吸附剂上的静态吸附等温线.

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