2010•Unpublished venueRequires access

The uncertainty ebaluation of the determination of borneol by gas chromatography internal standard method

Shaoqing Yu

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Abstract

Objective:The uncertainty of result is characterized quantitatively through the analysis of borneol by gas chromatography.Methods: Factors affecting uncertainty were analyzed and evaluated from procedures of solution preparing and instrument detecting.Results:A mathematic model was established of the uncertainty evaluation of borneol.The uncertainties of various component variables were caculated and the combined uncertainty was finally obtained.Conclusion:The analyzed and caculated method for uncertainty was suitable for gas chromatography internal standard method of borneol.

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Objective:The uncertainty of result is characterized quantitatively through the analysis of borneol by gas chromatography.Methods: Factors affecting uncertainty were analyzed and evaluated from procedures of solution preparing and instrument detecting.Results:A mathematic model was established of the uncertainty evaluation of borneol.The uncertainties of various component variables were caculated and the combined uncertainty was finally obtained.Conclusion:The analyzed and caculated method for uncertainty was suitable for gas chromatography internal standard method of borneol.

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Available abstract

Objective:The uncertainty of result is characterized quantitatively through the analysis of borneol by gas chromatography.Methods: Factors affecting uncertainty were analyzed and evaluated from procedures of solution preparing and instrument detecting.Results:A mathematic model was established of the uncertainty evaluation of borneol.The uncertainties of various component variables were caculated and the combined uncertainty was finally obtained.Conclusion:The analyzed and caculated method for uncertainty was suitable for gas chromatography internal standard method of borneol.

Key concepts: Borneol, Gas chromatography, Uncertainty analysis, Chromatography, Standard uncertainty, Medicine, Measurement uncertainty, Component (thermodynamics)

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