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首页> 外文期刊>Journal of near infrared spectroscopy >Calibration models for multi-component quantitative analyses of dairy with the use of two different types of portable near infrared spectrometer
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Calibration models for multi-component quantitative analyses of dairy with the use of two different types of portable near infrared spectrometer

机译:使用两种不同类型的便携式近红外光谱仪对乳制品进行多组分定量分析的校准模型

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摘要

Several partial least squares (PLS) calibration models were performed on spectra of standards of restored milk measured with two different types of near infrared spectrophotometers (800-1080nm); the most reliable instrument was chosen using a self-made PLS program, ISCAP, the efficiency of which was evaluated with the Quant2 OPUS program. Then ISCAP was applied to develop and test a method of moisture prediction in milk powder based on diffuse reflection spectra received in a NIR spectrometer (1100-1700nm) equipped with a remote fibre-optic probe The reference moisture was determined by thermo-gravimetric analysis.
机译:在用两种不同类型的近红外分光光度计(800-1080nm)测量的还原奶标准品的光谱上,执行了几个偏最小二乘(PLS)校准模型;使用自制的PLS程序ISCAP选择了最可靠的仪器,其效率通过Quant2 OPUS程序进行了评估。然后,根据配备有远程光纤探头的NIR光谱仪(1100-1700nm)中接收到的漫反射光谱,使用ISCAP来开发和测试奶粉中水分的预测方法。通过热重分析确定参考水分。

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