CAJ | 학술논문

对金桔园土壤及金桔中酞酸酯污染特征进行了分析，结果表明：调查的6种酞酸酯，5个土壤监测点DMP、DEP、DOP、BBP都未检出；DBP、DEHP全部都有检出，各土壤监测点中DBP浓度值均比DEHP浓度值高。3个金桔样中DMP、DOP、BBP都未检出；DEHP、DBP、DEP全部都有检出，PAEs浓度值都遵循DEHP跃DBP跃DEP的规律。金桔果实对PAEs的吸收积累途径主要是通过果实外表皮直接吸收塑料大棚中的PAEs蒸汽。
대금길완토양급금길중태산지오염특정진행료분석，결과표명：조사적6충태산지，5개토양감측점DMP、DEP、DOP、BBP도미검출；DBP、DEHP전부도유검출，각토양감측점중DBP농도치균비DEHP농도치고。3개금길양중DMP、DOP、BBP도미검출；DEHP、DBP、DEP전부도유검출，PAEs농도치도준순DEHP약DBP약DEP적규률。금길과실대PAEs적흡수적루도경주요시통과과실외표피직접흡수소료대붕중적PAEs증기。
The characteristics analysis of phthalates pollution in surface soils of kumquat garden and kumquat indicated that among the in-vestigation of 6 kinds of phthalate, any DMP, DEP, DOP and BBP were not detected;DBP and DEHP were all detected in 5 samples of soil monitoring points. In different soils, the average value of DBP was higher than DEHP. As for phthalate in 3 kumquat samples, DMP, DOP, BBP were not detected at all while DEHP, DBP, DEP were detected. The concentration of PAEs followed the rule DEHP>DBP>DEP. For the fruit of kumquat, the main way to assimilate and accumulate the PAEs was to absorb the PAEs stream in plastic canopy directly through the kumquat skin.