APRS
- 网络四月;自动位置报告系统;呼吸年会
APRS-
After different kinds and amount APRs were added to the two soils , some of the residue Pb content was reduced .
两土壤中施加四种不同用量的APRs后，部分处理残渣态铅含量减少。
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APRs were recommended as an adsorbent to immobilize Pb in soils and remove Pb from aqueous solution because of the low solubility of pyromorphite .
由于磷氯铅矿的溶解度低，建议采用APRs钝化土壤和水中的铅。
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XPS surface analysis confirmed that the Pb removal was more efficient with APRs than PRs by comparing the end BE of Pb4f ( 135.05-135.55eV ) .
XPS表面分析通过对Pb4f的终结合能（135.05-135.55eV）对比显示，APRs对铅的去除要比PRs的更有效。