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1·The desorption of the flavones is fast when the elution volume is 2 times of bed volume.

当洗脱体积为床体积的2倍时，黄酮的解吸速度很快。

2·The rate of desorption was high.

磺草酮解吸率相对较高。

3·There is hysteresis between the sorption and desorption curves.

吸湿与脱湿曲线间有一定的滞后现象。

4·These composite resins have good adsorption and desorption performances.

该复合树脂具有良好的吸附、洗脱性能。

5·With alkaline alcohol solution desorption, desorption rate is more than 98%.

采用碱性乙醇溶液解吸，解吸率在98%以上。

6·The conditions of sulphdrylated cotton absorption and desorption are studied.

研究了巯基棉吸附和解吸的条件。

7·The clean soil after thermal desorption disposal can be used for earth levelling.

热脱附处理后的清洁土壤可以用于土地平整。

8·A set of technology about resin adsorption and gradient desorption was established.

建立了一套树脂吸附和梯度解吸工艺。

9·Apparent hysteresis existed in phenanthrene desorption from organo-mineral aggregates.

菲在有机-矿质复合体上的解吸表现出明显的滞后现象。

10·The desorption rate of ethanol by microwave radiation was higher than that by heating.

实验结果表明：微波脱附比热脱附脱附速度更快，效率更高；

解吸

1·The desorption of the flavones is fast when the elution volume is 2 times of bed volume.

当洗脱体积为床体积的2倍时，黄酮的解吸速度很快。

2·The software for analysing the sorption and desorption isotherm of paddy was presented.

介绍了所研制的稻谷吸附与解吸等温线性能分析软件。

3·Because only water vapor attached to the surface, so the desiccant adsorption, desorption water vapor is easy to make desiccant regeneration.

由于水蒸气仅附着在干燥剂表面，所以吸附的水蒸气很容易解吸，使干燥剂再生。

4·The solid-phase microextraction conditions were further optimized by carefully selection of the fibers, the extraction time and the desorption time.

通过对固相微萃取的纤维头、萃取时间和解吸时间的选择来优化其实验条件。

5·Tests show that coal with larger porosity, lower strength and higher velocity of gas desorption is more dangerous in hazard of outburst.

试验表明突出危险煤较非危险煤孔隙率大，强度小，且具有更大的瓦斯解吸速度。

脱附

1·The clean soil after thermal desorption disposal can be used for earth levelling.

热脱附处理后的清洁土壤可以用于土地平整。

2·The process of static adsorption, desorption, dynamic adsorption and adsorption kinetics of baicalin on macroporous adsorption resin immobilized tannins by Mannich reaction were investigated.

研究了通过曼尼西反应合成的单宁大孔吸附树脂对黄芩苷的静态吸附、脱附、 动态吸附、 吸附动力学过程。

3·The thermal desorption spectra of propene and oxygen adsorbed on blue tungsten oxide WO_ (2.90) have been measured by means of flash heating the sample in ultra high vacuum.

在超高真空条件下，用对样品进行闪烁加热的方法测定了蓝色氧化钨WO _(2.90)吸附丙烯和氧的热脱附谱。

4·Effective diffusivities, mass transfer coefficients, adsorption and desorption rate constants, equilibrium constants, saturated surface concentrations have been determined.

测定了有效扩散素数、传质系数、吸附和脱附速率常数、平衡常数和饱和表面浓度。

5·The treatment of the industrial wastewater discharged from naphthol AS production by adsorption with NDA - 222 resin has been studied. The efficiency on adsorption - desorption is excellent.

采用国产超高交联吸附树脂NDA-222处理色酚AS生产过程中排放出的生产废水，取得了良好的吸附-脱附效果。

解吸附

1·This new technique relies on using desorption ionisation mass spectrometry to test different spots on the banknote.

集中光谱测定技术是通过使用解吸附电离集中光谱测定术来检测钞票的不同部位。

2·The factors such as temperature and flow rate during enrichment, temperature and flow rate during desorption and concentrations of NaOH and luminol affecting CL intensities were studied.

研究了富集时温度和流速、解吸附时的温度和流速、氢氧化钠浓度和鲁米诺浓度等影响因素对化学发光强度的影响。

解吸作用

1·Adsorption and desorption of fluorine at the surface of goethite is an important mechanism for fluorine migration and enrichment in the soil water system of the karst areas.

土层中针铁矿表面对氟的专性吸附及其解吸作用是岩溶地区土水系统中氟迁移和富集的重要机理。