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众所周知,气相色谱法在石油、化工、医药、卫生、环保、国防等部门中已获广泛应用。随着人们对定量方面的深入研究和色谱仪的发展,定量的精确度已越来越高,分析误差逐步缩小。色谱定量分析的依据是W_i=f_i·A_i和W_i=f_i~h·h_i,即在一定的操作条件下,待测组分的重量W_i(或含量m_i)与鉴定器响应信号——峰面积(A_i)或峰高(h_i)成正比,
As we all know, gas chromatography in the petroleum, chemical, pharmaceutical, health, environmental protection, national defense and other departments have been widely used. With the quantitative research and the development of chromatography, the quantitative accuracy has been getting higher and higher, and the analysis error has been gradually reduced. Chromatographic quantitative analysis is based on W_i = f_i · A_i and W_i = f_i ~ h · h_i, that under certain operating conditions, the weight of the component to be measured W_i (or content m_i) and the identifier response signal - the peak area ( A_i) or peak height (h_i) is proportional to,