1) solid-solid adsorption
固-固吸附
2) liquid/solid adsorption
液/固吸附
3) solid phase adsorption
固相吸附
1.
A method was given for determination of organic contamination in air,which got from Chiwan South Moutain by GC/MS using solid phase adsorption.
采用固相吸附-气相色谱-质谱法对南山赤湾区大气中挥发性有机污染物进行测定,检测出25种有机物组分,并对其进行定性和定量分析。
2.
A combined method of solid phase adsorption and supercritical fluid extraction (SEE) has been used for collecting and concentrating organic pollutants from sewage.
研究了用固相吸附与超临界流体萃取相结合富集水中有机污染物的方法,考察了萃取压力、温度、改性剂种类及其浓度、收集溶剂种类、流体流速、平衡时间、流体用量8种因素对样品萃取脱附效果的影响及吸附剂的吸附线性范围,并对标准水样的富集回收率进行了测定(>70%,RSD<4。
4) solid-liquid adsorption
固液吸附
1.
Calculation of solid-liquid adsorption equilibrium with Wilson equation and homogeneous solution theory;
应用Wilson方程和均相溶液理论计算固液吸附平衡
5) gas-solid adsorption
气固吸附
1.
A thermodynamic equilibrium equation is set up for ideal gas-solid adsorption.
本文导出了描述理想气固吸附平衡的热力方程。
6) solid adsorption
固体吸附
1.
Research status and progress of solid adsorption desiccant air conditioning system;
固体吸附式除湿空调系统及其研究进展
2.
For the solar energy solid adsorption rotary refrigeration system using activated carbon fiber-ethanol as its pair,one-dimensional uniform pressure field mathematical model along the circumference of adsorbent bed was adopted to carry out a static simulation calculation of the temperature field of the adsorption wheel bed.
针对活性炭纤维-乙醇太阳能固体吸附式转轮制冷系统,采用沿吸附床周向的一维均匀压力场数学模型,对转轮吸附床温度场进行了静态模拟计算;从吸附床的内、外部特性参数出发,全面而系统地分析了这些参数的改变对系统性能、平衡脱附率以及吸附量的影响。
3.
A review and a comprehensive analysis was made of the research and application of the solid adsorption heat storage technology, the key problem of solid adorption heat storage technology was put forward, research progress of ad- sorption heat storage workong pairs and optimization of mass and heat transfer through the heat storage beds was clarified.
对国内外吸附蓄热研究现状进行了回顾和综合分析,提出了固体吸附蓄热技术的关键问题,重点阐述了吸附畜热工质对和蓄热床传热传质优化的研究进展。
补充资料:窦固(见窦固攻北匈奴)
窦固(见窦固攻北匈奴)
Dou Gu
Doll GU窦固(D ouGu,?一公元88)东汉中期将领。字孟孙。扶风平陵(今陕西咸阳西北)人。名将窦融侄。历任奉车都尉、卫尉等。以率军攻北匈奴著名。见窦固攻北匈奴。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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