CAJ | 학술논문

采用紫外光谱法测定了多菌灵草酸盐和多菌灵分别处理棉苗后，对棉叶的穿透速率和在棉苗内的定量分布，以及这两种农药的油水分配系数，并用重量法测定了棉叶、棉根、茎韧皮部和木质部等生物样品的油水分配系数，结果表明：多菌灵草酸盐在棉苗内具有双向传导作用，初步探明双向传导的本质原因是由于草酸羧基的引入，使其具有与棉苗各部位的油水分配系数更加接近的油水分配系数，根据相近相通原理，因而更容易穿透棉苗各部位，并进行双向传导。
채용자외광보법측정료다균령초산염화다균령분별처리면묘후，대면협적천투속솔화재면묘내적정량분포，이급저량충농약적유수분배계수，병용중량법측정료면협、면근、경인피부화목질부등생물양품적유수분배계수，결과표명：다균령초산염재면묘내구유쌍향전도작용，초보탐명쌍향전도적본질원인시유우초산최기적인입，사기구유여면묘각부위적유수분배계수경가접근적유수분배계수，근거상근상통원리，인이경용역천투면묘각부위，병진행쌍향전도。
The penetration rate and quantitative distrabution of carbendazim oxalate and carbendazim in cotton seedling were detected by UV spectrophotometry. The n-oxtanol-water partition coefficients of carbendazim, carbendazim oxalate, the cotton foliage, phloem, xylem and root were detected. Carbendazim oxalate could translocate from foliages to root and from root to leaves. The essential reason of carbendazim oxalate translocation in double way had been prelimiarily studied. Because the partition coefficient of carbendazim oxalate was closer to the partition coefficients of the organism samples than carbendazim, according to the law of pesicide penetraion, carbencazim oxalate could easily penetrate the epidermis of cotton seedling and translocate in double way.