对强碱性阴离子交换树脂交换容量的测定方法进行了改进，简便易行。
Determined method of capacity of strongly basic anion exchange resin was improved. It was simple and easy.
在环境监测方面如测定土壤、植物中农药残留量、多环芳烃等致癌物以及在生化药品制备及检测方面，尤其是在强碱性化合物测定上具有极大的优势。
In prospect of future, the packing materials will be a power tool in detection of pesticide residues in soil and plants, poly-aromatic hydrocarbons in environment as well as pharmaceutics industry.
目的测定自制的强碱性离子交换纤维对阿魏酸的吸附和解吸的性能。
OBJECTIVE To determine the adsorption and desorption characteristics of self-prepared strong anion exchange fiber for ferulic acid.
测定了D 2 96 R强碱性阴离子交换树脂对氰化物的吸附速率常数，绘制了吸附等温线，并推导出吸附过程的热力学函数。
The adsorption rate of cyanide on D296R alkaline anion exchange resin was measured, the adsorption isotherm drawn and the thermodynamic function of the adsorption process deduced.
测定了D 2 96 R强碱性阴离子交换树脂对氰化物的吸附速率常数，绘制了吸附等温线，并推导出吸附过程的热力学函数。
The adsorption rate of cyanide on D296R alkaline anion exchange resin was measured, the adsorption isotherm drawn and the thermodynamic function of the adsorption process deduced.
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