1)  sorption isotherm
吸着等温线
2)  sorption
吸着
1.
Sorption and desorption of pesticides on/from soil and the effect of that on bioavailability;
农药在土壤上吸着/解吸及其对生物利用率影响的研究进展
2.
The equilibrium solubility and sorption curves for methano l( MeOH) and methly ter-butyl ether(MTBE) in cellulose acetate (CA) membrane a t 298.
用石英晶体微平衡法测定了 2 98 15K、3 0 5 75K、3 12 95K下MeOH(甲醇 )和MTBE(甲基叔丁基醚 )在CA(醋酸纤维素 )膜中的吸着平衡数据和吸着动力学数据 。
3.
The effect of time, aciding and concentration on the sorption propertiesas of Au (Ⅲ) was determined.
本文以大孔聚苯乙烯树脂为骨架合成了含有对称三唑AHMT功能基的螯合树脂PAHMT,并对其结构进行了表征;同时测定了时间、酸度、浓度对该树脂吸着Au(Ⅲ)的影响。
3)  absorptive extraction
吸着萃取
1.
A new stirring bar style extractor was used for absorptive extraction and solvent desorption in conjunction with gas chromatography with electron capture detection for analysis of chlorpyrifos residue levels in vegetables.
用自制新型搅拌棒式微萃取器吸着萃取、溶剂解吸,结合配有电子捕获检测器(ECD)的气相色谱分析蔬菜中毒死蜱残留量,以此建立一种快速、简单而准确的分析方法。
4)  sorption
吸着性
1.
Study on sorption of fifteen injectable drugs in three different kinds of intravenous solution containers;
3种不同材质输液容器对15种药物的吸着性实验
2.
The effects of coating constituent, coating density, coating layer thickness and temperature on sorption capacity of coating for absorbing the products decomposed from polystyrene have been studied systematically.
研究了涂料组成、密度、涂层厚度、温度等对涂料吸着性的影响。
3.
OBJECTIVE To investigate the losses of fifteen injectable drugs from aqueous solutions stored in M312C Non-PVC infusion bags (NPVC), glass bottles (G) and PVC infusion bags (PVC) respectively for 48 h and compare their sorption characteristics.
目的考察15种药物在3种不同材质输液容器(PVC输液袋、M312C非PVC输液袋、玻璃输液瓶)中的吸着性。
5)  sorption resin
吸着树脂
1.
Using selfmade sorption resin NPCP,for pollutant in farm experimentally.
利用自制的NP-CP(non-polarcopolymer)吸着树脂(简称“树脂”)对农业环境污染物进行了一系列吸除试验。
6)  sorption coefficient
吸着系数
1.
Contents and sorption coefficients of soluble organic compounds in soils and sediment from Yichun River catchment;
伊春河流域土壤与沉积物中水溶性有机物的含量与吸着系数
参考词条
补充资料:等温线
分子式:
CAS号:

性质:在表示系统状态的状态图上;联结温度相同的状态所形成的曲线。例如,在气体的压力-体积图上(pV图),表示波义耳定律(pV=常数)的线就是一条等温线。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。