1) adsorption coefficient K_d
吸附分配比Kd
2) distribution coefficient(K d)
分配系数(Kd)
3) soil-water distribution coefficient(K_(d))
土水分配系数(Kd)
4) CO /N_2 adsorption selectivity
CO/N_2吸附吸附分离比
5) adsorption ratio
吸附比
1.
It is showed that the adsoption parameters(adsorption quantity,adsorption rate,adsorption ratio) decreased with the rising of adsorption temperature,and increased with pH values increasing;in the simulated underground .
实验表明:吸附参数(吸附量、吸附率、吸附比)随吸附温度的提高而减小;随着溶液pH的增大而增大;吸附量随溶液浓度的提高而增大,吸附率、吸附比随溶液浓度的增大而减小;在模拟地下水介质中,其吸附性能下降。
2.
The adsorption ratio and adsorption balance time of 90 Sr on porous borosilicate glass are determined.
研究了 90 Sr在多孔高硅氧玻璃上的吸附行为 ,并测定了其吸附比和吸附平衡时间 ,观察了多孔玻璃粒度、固液比、液相 p H和 Sr载体溶液初始浓度对吸附比的影响 ,获得了吸附容量和吸附等温线。
3.
In this article,experiment static adsorption is adopted,and through measuring the concentration of Strontium to acquire the adsorption ratio of different soils for selecting the best adsorption material.
影响核素锶吸附的因素针对吸附的基础物料土壤来说,主要有表面电荷、矿物组成;而外界环境因素如添加剂,对核素的吸附比也有很大影响。
6) sodium adsorption ratio
钠吸附比
1.
Study on impact of sodium adsorption ratio of saline water on soil physical and chemical properties and infiltration characteristics;
微咸水钠吸附比对土壤理化性质和入渗特性的影响研究
2.
The results indicate that after glyphosate was applicated,salinity expressed by electrical conductivity,exchangeable sodium percentageESP,sodium adsorption ratioSAR,alkalinity and pH of soil increased obviously.
结果表明,施药后土壤盐度(用电导率表示)、钠碱化度(ESP)、钠吸附比(SAR)、总碱度及pH值都明显增大,且随施药次数的增加,上述各项盐化和碱化指标不断增大;每次施药后,土壤的各项盐化和碱化指标都随施药浓度的升高呈增大趋势。
3.
84, 3, 4 and 5 g/L on the soil salification rate, soil sodium adsorption ratio of so saturation extract as well as winter wheat yield and yield constitute factors irrigated were studied in order to determin upper limit of irrigation mineralization suitable for.
根据中科院南皮生态农业试验站2002～2005年的冬小麦微咸水混灌田间试验资料,以淡水为对照研究了矿化度分别为3、4、5g/L的微咸水混灌对土壤积盐率、土壤饱和浸提液钠吸附比(SAR)、冬小麦产量和产量构成因素以及水分利用效率的影响,从而确定适宜的灌溉水矿化度上限。
补充资料：分配比
分子式：
CAS号：
性质：见容量因子
CAS号：
性质：见容量因子
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条