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迄今为止对痕量铝所推荐的分析文献大多是需要预分离的,1978年后才有文献报导血、尿、生物组织、与钢铁中铝的石墨炉原子吸收法,然而几乎所有的方法均用基体匹配校正法的。slavin等还发现铝原子生成过程是复杂的,其原子生成机理随实验条件的变化而变化。1982年以后Arnrick等建议用平台技术加基体改进剂可提高灰化温度,以减少分析物质挥发的化合物。
Most of the analytical literature recommended so far for trace amounts of aluminum need to be preseparated, and literature on blood, urine, biological tissue, and graphite furnace atomic absorption of steel in steel has been reported since 1978. However, almost all methods Matrix Matching Calibration Method. Slavin et al. also found that the process of aluminum atom generation is complex, and the atomic generation mechanism changes with experimental conditions. After 1982, Arnrick et al. Proposed using a platform technique with a matrix modifier to increase the ashing temperature to reduce the volatiles of the analyte.