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原子发射光谱仪用途?(Atomic emission spectrometer applications?)
www2138com官网:0 发布时间:2016-10-08
 

什么是原子发射光谱仪。它是用在哪方面的,原子发射光谱仪用途?这是人们比较关心的问题。为了帮助您更好的理解原子发射光谱仪,小编为您做以下内容先容,希翼能帮助您。

What is atomic emission spectrometer. It is used in what areas, atomic emission spectrometer uses? This is a question that people are more concerned about. In order to help you better understand the atomic emission spectrometer, small make up for you to do the following introduction, hoping to help you.

原子发射光谱仪是根据试样中被测元素的原子或离子,在光源中被激发而产生特征辐射,通过判断这种特征辐射波长及其强度的大小,对各元素进行定性分析和定量分析的仪器。

Atomic emission spectrometer is based on atomic or ionic elements measured in the sample, in the light source was inspired by the characteristics of radiation, radiation wavelength and intensity of the feature size, the instrument of qualitative analysis and quantitative analysis of each element.

用 途: 原子吸取光谱仪可测定多种元素,火焰原子吸取光谱法可测到10-9g/ml数量级,石墨炉原子吸取法可测到10-13g/ml数量级。其氢化物发生器可对八种挥发性原素汞、砷、铅、硒、锡、碲、锑、锗等进行微痕量测定。 因原子吸取光谱仪的灵敏、准确、简便等特点,现已广泛用于冶金、地质、采矿、石油、轻工、农业、医药、卫生、食品及环境监测等方面的常量及微痕量原素分析。

Uses: atomic absorption spectrometer can be used to determine the number of elements, flame atomic absorption spectrometry can be measured to 10-9g/ml orders of magnitude, graphite furnace atomic absorption spectrometry can be measured to 10-13g/ml orders of magnitude. The hydride generator of eight kinds of volatile elements of mercury, arsenic, selenium, lead, tin, tellurium, antimony, germanium and other micro trace determination. Because of the atomic absorption spectrometer is sensitive, accurate and simple characteristics, has been widely used in metallurgy, mining, geological analysis, petroleum, light industry, agriculture, medicine, health, food and environmental monitoring etc. the major and trace elements.

以上是小编为您具体先容的原子发射光谱仪用途,针对以上内容先容,您是否认识了原子发射光谱仪,知道它的作用了吧。更多内容先容,您可以查看相关内容常识,希翼以上内容能够帮助您。

The above is a small series for you to introduce the atomic emission spectrometer specific purposes, for the above content, you know the atomic emission spectrometer, know that it's the role of it. More content, you can view the relevant content knowledge, I hope that the above content can help you.


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