特别是工业气相色谱分析仪表的应用对提升多变量预估控制的控制效果有着极其重要的作用。
Especially the application of industry gas chromatography has got very important action for the control results of multivariable predictive control.
此方法比气相色谱法直接测试更加快速简便，测试费用低廉，适合工业氯丹应用中的迅速测定。
The method is cheaper, more rapid than gas chromatography, and suited to rapid testing industrial chlordane.
采用气相色谱分离法，热导池检测器对工业用95%乙醇进行分离和杂质峰的定性分析。
The industrial 95% ethyl alcohol separation and impurity peak qualitative analysis was carried out by GC separation.
本文提出了一种气相色谱-傅里叶变换红外光谱（GC-FTIR）联用技术分析工业丙酮杂质成份的方法。
The impurities in industrial acetone have been determined by capillary gas chromatography-Fourier transform infrared spectrometry(GC-FTIR).
通过对工业糠醇各组分相对重量校正因子和样品进样区间的研究，建立了一种用毛细管气相色谱测定工业糠醇的方法。
A capillary gas chromatography method for determination furfuryl alcohol was established through studying correction factors and range of sample size.
摘要目前气相色谱法在石油工业分析中得到了广泛的应用。
Gas chromatography technology has been widely used in the analysis of petroleum industry.
摘要目前气相色谱法在石油工业分析中得到了广泛的应用。
Gas chromatography technology has been widely used in the analysis of petroleum industry.
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