芦苇能改变土壤入渗率和根际土壤的理化性质,从而影响湿地土壤对苯酚的吸附能力。
Through changing soil infiltration and physicochemical properties of rhizosphere, reed can affect adsorption ability of wetland soil on phenol.
目的:观察在吸入麻醉中,麻醉气体吸附器的吸附率及影响因素。
Objective: To observe the absorptivities of anesthetic gas absorber and its effected factors in inhalation anesthesia.
研究了回流除氯时间、温度、吸附剂用量对去氯率的影响,以及微波消解条件、酸介质、催化剂对COD测定的影响。
The effects of reflux time, temperature, amount of adsorbent on the efficiency of removal of Cl - and the microwave digestion conditions, acid medium, catalysts on the COD determination are discussed.
微波功率是影响活性炭的活化、改性、再生及其吸附性能和产率的主要因素之一。
Microwave power is one of the mostly important factors affecting the activation, modification of activated carbon, regeneration, also the adsorption properties and yield.
讨论了影响脂质吸附率和处理后废水COD的几个因素。
The effects of several process parameters on lipid adsorption rate and COD of treated water were examined.
微波功率是影响活性炭的活化、改性、再生及其吸附性能和得率的主要因素之一。
Microwave power is one of the mostly important factors on affecting the activation, modification of activated carbon, regeneration, also the adsorption properties and yield.
结果表明:碳包铁的吸附性能受反应条件的影响较大,温度和载药量对释放率有一定的影响。
It was found that the influence of the reaction condition was great, for temperature and MMC loading quantity both affected the action of the desorption.
离子初始质量浓度对树脂材料的吸附率影响不大。
The original ion concentration has less impact on adsorption rate.
研究了放电参数(放电时间、氮气压力、放电功率)与远程位置对ACF减重率及吸附性能的影响。
The effects of discharge parameters, such as discharge time, discharge power, discharge distance and nitrogen pressure, on the weight and adsorptive capacity of ACF were studied.
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。
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.
研究还对半焦的吸附机理和废水浓度、过滤速度对除油率的影响进行了讨论。
In addition, the mechanism of semi-coke adsorption, and the effect of wastewater concentration, filter speed on oil re...
从煤层气生成机制及其地质控制、煤储层孔隙结构与吸附/解吸行为、煤储层裂隙系统及其对渗透率的影响三个方面,有重点地总结了国外有关煤层气成因和煤储层物性研究的新进展。
With the analysis on the pressurized mercury experiments, a research was done on the development conditions of the porosity and fissure systems in the seams of the coalfield in Qinan Mining Area.
从煤层气生成机制及其地质控制、煤储层孔隙结构与吸附/解吸行为、煤储层裂隙系统及其对渗透率的影响三个方面,有重点地总结了国外有关煤层气成因和煤储层物性研究的新进展。
With the analysis on the pressurized mercury experiments, a research was done on the development conditions of the porosity and fissure systems in the seams of the coalfield in Qinan Mining Area.
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