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使用硅光伏电池在火焰发射光度法中提供第二个通道。

Use of silicon photovoltaic cells to provide a second channel in flame emission photometry.

作者信息

Hurst R J, Bold A M

出版信息

J Clin Pathol. 1966 Nov;19(6):622-4. doi: 10.1136/jcp.19.6.622.

Abstract

Sodium and potassium may be measured simultaneously, using a modified Eppendorf flame photometer. After automatic sampling and dilution of the plasma, the potassium content is measured, using the existing Eppendorf optical and photomultiplier system. The sodium emission is measured by three silicon photovoltaic cells mounted behind an interference filter for sodium, sited on the atomiser casing. The outputs from the photomultiplier and from the silicon cells are recorded by two sensitive recorders. Sixty samples an hour may be estimated, using only 0.12 ml. plasma. Reproducibility tests showed a coefficient of variation of 0.4%.

摘要

可使用改良的艾本德火焰光度计同时测量钠和钾。在对血浆进行自动采样和稀释后,利用现有的艾本德光学和光电倍增管系统测量钾含量。钠发射光由安装在雾化器外壳上钠干涉滤光片后面的三个硅光伏电池进行测量。光电倍增管和硅电池的输出由两个灵敏的记录仪记录。仅使用0.12毫升血浆每小时可估算60个样本。重复性测试显示变异系数为0.4%。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/dec1/473397/391843b569db/jclinpath00365-0097-a.jpg

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