A Non-Dispersive AMOR (Atomic Magneto-Optical Rotation) Analyzer for Multielement Trace Determination

K. Kitagawa, Kazuki Shigemura
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Abstract

A non-dispersive AMOR (atomic magneto-optical rotation) analyzer was tentatively con structed for multielement analysis and its analytical performance was examined for deter minations of Mg and Zn. The hollow cathode lamps of Mg and Zn were modulated at different frequencies. The source radiations from the lamps were merged by a grid mirror. The rotatory radiation emerging from the optical system in the Faraday configuration was received by a solar-blind photomultiplier tube. The signals of Mg and Zn were separated by the fast Fourier transformation (FFT) processing.
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一种用于多元素痕量测定的非色散原子磁光旋转分析仪
初步构建了一种用于多元素分析的非色散原子磁光旋转分析仪(AMOR),并对其分析Mg和Zn的性能进行了检验。对镁、锌空心阴极灯进行不同频率调制。灯发出的辐射源被栅格反射镜融合在一起。从法拉第结构的光学系统中产生的旋转辐射被太阳盲光电倍增管接收。采用快速傅里叶变换(FFT)对Mg和Zn的信号进行分离。
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