吸附了的

HA coatings on the minerals were able to confer a different characteristic on the clay surface.

腐殖物质在粘土表面的吸附改变了吸附剂的属性。

In this work, the computer simulation method was used to investigate the interaction mechanism between the adsorbents and the endotoxin.

应用计算机模拟的方法研究了内毒素吸附剂的吸附机理。

Preparation of the cross-linking mycelium and its adsorption characteristic to Cr^3＋ were studied.

深入研究了交联菌丝体吸附剂的制备工艺及其对Cr^3＋的吸附特性。

Starting from the classical adsorption theories, the state of research on supercritical adsorption was reviewed in detail.

本文在回顾经典吸附理论的基础上，详细地介绍了超临界吸附的研究现状。

Then, at the optimumpressure the regenerative capacity of adsorbent was measured to obtain the stability of theadsorbent.

在最佳压力下测量了吸附剂的再生情况，以了解吸附剂的稳定性。

By analyzing the varations of the adsorbent CoY through regeneration process, the mechanism of adsorptive desulfurization was investigated.

通过对再生前后吸附剂CuY的变化分析，对吸附脱硫的机理进行了探讨。

In the initial stage of the bioleaching, when the bacteria are not active, the chemical oxidation of ferric irons to the solid sulfide minerals is primary; While in the whole course of the bioleaching, it is very limited; ferric irons inhibit the bacterial activity, lower the oxidational ability of the bacteria to ferrous irons in the liquid phase; ferric irons and their precipitations reduce the quantities of the attached bacteria and their activity, and have bad influence on the direct bioleaching action.

结果表明，在浸出的初始阶段，Fe3+的化学氧化作用是主要的；但在整个金属浸出过程中，Fe3+的化学氧化作用是很有限的；Fe3+对T.f菌有一定的抑制作用，降低了它们对液相中Fe2+的氧化能力；Fe3+及其沉淀使细菌在固体矿物颗粒表面的吸附量减少，降低了吸附细菌的活性，从而影响了细菌的直接氧化浸出作用。

The effects of granularity, pH and solid-liquid ratio on the adsorption as well as the regenesis of absorbent were studied.

考察了钢渣颗粒度大小、溶液pH值、固液比等因素对吸附的影响以及吸附剂的再生效果。

Abstract— When the solution of sodium sebacate from sebacic acid manufacture is decolorised with activated carbon adsorption,the productivity was low and the cost was high.

由蓖麻油为原料生产癸二酸过程中，传统的脱色工艺是用粉末活性炭吸附，活性炭在脱除溶液中有机色素和混酯的同时，也吸附了部分癸二酸单钠盐，使产品得率较低，生产成本高。

The energy change and mechanism of 〓,〓,and 〓 sorbed on goethite were also studied with microcalorimetryfirstly,so as to confirm the difference of mechanism of anion and heavy metalcation sorbed on soil colloids and clay minerals.

与此同时，首次应用微量热法对针铁矿表面吸附〓磷酸根离子反应中的热量变化进行了探讨，以揭示重金属阳离子和阴离子在土壤胶体与粘粒矿物表面吸附反应的机制。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。