Methods: Utilized enzyme-linked immunosorbent adsorption test (ELISA).
方法：采用酶联免疫吸附试验(ELISA法)。
The competition adsorption test indicated that bentonite can sorpted AFB1 selectivity.
竞争吸附试验表明，膨润土对AFB_1有选择吸附特性。
Virus antigen in the lymphocyte membrane was detected by lymphocyte immuuo adsorption test.
以淋巴细胞免疫吸附试验证实病牛淋巴细胞的细胞膜上存在有病毒抗原。
Finally, compared with results of adsorption test the scanning electron images of expansive soils were analyzed.
最后通过改性膨胀土的扫描电镜图象对吸附试验的结果进行了对比分析。
The macroporous adsorption resin AB-8 have been selected from 3 kinds of carriers by static adsorption and de-adsorption test.
通过静态吸附、解吸实验选出AB-8大孔树脂，通过单因素、正交实验优化了白藜芦醇、原花色素的富集、分离条件。
Dynamic adsorption test and dynamic de-adsorption test were carried out to make sure the condition of purification in bee-pollen total flavonoids.
通过动态吸附与解吸实验确定了蜂花粉黄酮分离纯化的操作条件。
The validity and availability of phosphorus in sandy soil was systematically studied using chemical analysis, bio - adsorption test and biological diagnoses.
应用化学分析、吸附试验和生物诊断方法，系统研究了风沙土磷的有效性和利用率。
Adsorption test for toxic phenols wastewater from a coking plant was carried out using Specially-made activated carbon from Lignite under dynamic and static conditions.
采用特种活性炭在静态和动态条件下进行焦化含酚废水的吸附试验。
Objective: to select one adsorbent that had better adsorption of endotoxin for the animal test from five different adsorbents.
目的：从五种不同类型的吸附剂中筛选出一种对内毒素吸附效果良好者，用于动物实验。
It shows that the EGME and methylene blue test adsorption methods are well repeating, correct and reliable testing methods of specific surface area.
实验研究证明，EGME法和亚甲基蓝吸附法是重复性好、准确可靠的泥页岩比表面积测定方法。
By relying on the standard test methods, under the optimum technical parameters, the absorbing type, mechanism and factors which affect the process of adsorption were studied.
通过标准的测试手段，进行了最佳工艺条件下硅藻土对污染物吸附的影响因素、吸附类型及吸附机理研究。
Based on SEM observance, the methods of gas adsorption and mercury pression were used to test micro hole frame parameters of mylonite and high grade gneiss in this paper.
本文在扫描电镜观测的基础上，运用气体吸附法和压汞法对郯庐断裂系南段糜棱岩和高级片麻岩的微孔隙结构参数进行了测试。
The results of test show that CT-136 has good modified effect on coal gangue, and chemical adsorption form between medication and surface of coal gangue.
试验结果表明：CT- 136对煤矸石有良好的改性效果，改性剂与煤矸石矿粉表面发生了化学吸附。
The interaction mechanism of CTP with pyrite and chalcopyrite has been studied using the contact angle test, Zetapotential test and the adsorption of reagents.
采用接触角测定、动电位测定、吸附量测定及紫外光谱等多种手段研究了不同碱性介质中CTP与矿物表面的作用机理。
The adsorption capability of cassava meal for gaseous phase selective adsorption for ethanol dehydration was investigated via a bench-test fixed-bed adsorber at constant temperature.
使用恒温固定吸附床对乙醇蒸汽脱水的木薯粉吸附剂的气相选择吸附性能进行研究。
The amount of treated Activated Red X-3B wastewater by the system was determined through dynamic test and the adsorption - catalytic oxidation mechanism was discussed.
本研究还通过动态实验考察了活性炭催化氧化体系对活性红x—3 B废水的处理量，并初步探讨了反应中吸附—催化氧化机理。
The test results show that the resin has advantages of rapid adsorption, little temperature influence and high adsorption capacity and is good for recovering cyanide.
实验结果表明，该树脂具有吸附速度快、受温度影响小、吸附容量大等优点，是一种回收氰化物的优良树脂。
The study on the static test of PAC adsorption shows the adsorption rate and adsorptive capacity for the organic matter of PAC.
通过静态吸附实验研究活性炭对水中有机物的吸附速度及吸附能力。
Therefore, the experiment is divided into static intermittent test with powdered activated carbon and granular activated carbon adsorption continuous assay test two parts.
因此本试验研究分别研究粉末活性炭静态间歇式吸附试验和粒状活性炭连续式吸附试验两个部分。
Leaching test, soil modified experiment, adsorption and desorption experiment were carried out for coal gangue reclamation in collapse area of coal-mines.
就煤矿塌陷区煤矸石复垦进行了淋溶、土壤改性、吸附与解吸等试验。
Test results showed that this ion-adsorption type rare earths mineral can be concentrated by leaching technology, and the temperature is an important factor influencing leaching rate.
结果表明，该离子吸附型稀土矿可通过浸取富集，温度是影响浸出率的重要因素。
The research on pilot-plant test for the urban sewage treatment using RD technology of adsorption and biological oxidation is briefly introduction.
介绍了RD生物吸附氧化工艺应用于城市污水处理的中试研究。
Secondly, the samples were laid in high humidity and low humidity vessels respectively in respect to test the capability of humidity adsorption and desorption of the different kinds of samples.
其次，把样品置于高湿度和低湿度的容器内，掌握其调节湿度的能力。
Secondly, the samples were laid in high humidity and low humidity vessels respectively in respect to test the capability of humidity adsorption and desorption of the different kinds of samples.
其次，把样品置于高湿度和低湿度的容器内，掌握其调节湿度的能力。
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