毛状的电气泳动(CE ) 能分开收费并且有高速度和效率的中立物质。在这篇论文,利用 meso-octamethylcalix [4 ] 吡咯, meso-tetraspirocyclohexylcalix [4 ] 是的吡咯, bimethyl 双性人(2-pyrryl ) 甲烷和 1,1 双性人(2-pyrryl ) 环己烷在毛状的地区电气泳动(CZE ) 的添加剂电解质,他们无机的阴离子的识别能力被讨论。dipyrrylmethanes 比其它有更好的识别能力。他们由 CZE 的七个正常无机的阴离子的分离上的效果被学习。
Capillary electrophoresis (CE) can separate charged and neutral substances with high speed and efficiency. In this paper, utilizing meso-octamethylcalix[4]pyrrole, meso-tetraspirocyclohexylcalJx[4]pyrrole, bimethyl bi(2-pyrryl)- methane and 1,1-bi(2-pyrryl)cyclohexane as additives in capillary zone electrophoresis (CZE) electrolyte, their recognition ability to inorganic anions was discussed. The dipyrrylmethanes have better recognition ability than others. Their effects on separation of seven normal inorganic anions by CZE were studied.