论文部分内容阅读
实验室研究结果指出,不同土壤特性可影响土壤对~(65)Zn的吸附。盆栽与模拟试验表明,核素进入植物的数量取决于土壤类型及土壤的熟化程度。本文通过实验室、植物生长及模拟试验,研究了~(65)Zn在土壤中的吸附过程及其进入植物同土壤类型、生草灰化土熟化程度的关系。微量放射性核素的土壤吸附试验在固、液相比1:10的静态条件下进行,吸附作用进行
Laboratory studies indicate that different soil characteristics can affect soil adsorption of ~ (65) Zn. Potted and simulated experiments show that the amount of nuclides entering the plant depends on the type of soil and the degree of soil ripening. In this paper, the adsorption process of ~ (65) Zn in soils and its relationship with the soil types and the degree of maturity of raw grass asheroids were studied by laboratory, plant growth and simulation experiments. Soil adsorption experiments of trace radionuclides were carried out under static conditions at a solid-liquid ratio of 1:10 and adsorption was carried out