大豆中的水分测定毕业论文

对完整籽粒的大豆进行水分测定采用1l0℃恒重法是最为准确有效的。大豆水分测定的结论是对完整籽粒的大豆进行水分测定采用1l0℃恒重法是最为准确有效的。国标恒重法测定时间最短但误差较大。

Rapid Detection of Soybean Near-InfraredSummary:(摘要)Soybean fatty acid value is a measure of the quality of key indicators. Near-Infrared spectroscopy combined with chemometrics methods to establish the value of soybean fatty acid sample calibration equation, and the calibration equation was validated, optimized value of soybean fatty acid calibration equation, interactive calibration coefficient of determination (1-VR) to 2, the external validation coefficient of determination (R2) was 0 and standard deviation of calibration (SEC) to 8, the standard deviation of cross-validation (SECV) to 2, existing data predict the standard deviation (SEP) was . External verification, that this method can be applied to the actual test. Established based on the FOSS XDS Rapid Determination of Near Infrared Spectroscopy of soybean moisture content model and mathematical treatment of the optical processing means and so the impact on the model discussed, the model of internal and external verification. Experimental results show that the best model parameters: the normalization of the optical processing used standard treatment (SNV Only), mathematical processing methods used , soybean moisture calibration equation interactive calibration coefficient of determination (1 1 vR ) is 8, calibration coefficient of determination (R) 9, the standard error of calibration (SEC) 7, interactive calibration standard error (SECV) was 3, the existing data Standard errors of prediction (SEP) was . The model was tested on soybean moisture content, reached the place of the requirements of conventional standard method can be applied to rapid detection

Rapid Detection of Soybean Near-Infrared Abstract: The fatty acid is an important indicator to measure the quality of soybean. Near-Infrared spectroscopy combined with chemometrics methods to establish the value of soybean fatty acid sample calibration equation, and the calibration equation was validated, optimized value of soybean fatty acid calibration equation, interactive calibration coefficient of determination (1-VR) to 2, the external validation coefficient of determination (R2) was 0 and standard deviation of calibration (SEC) to 8, the standard deviation of cross-validation (SECV) to 2, existing data predict the standard deviation (SEP) was . External verification, that this method can be applied to the actual test. Established based on the FOSS XDS Rapid Determination of Near Infrared Spectroscopy of soybean moisture content model and mathematical treatment of the optical processing means and so the impact on the model discussed, the model of internal and external verification. Experimental results show that the best model parameters: the normalization of the optical processing used standard treatment (SNV Only), mathematical processing methods used , soybean moisture calibration equation interactive calibration coefficient of determination (1 1 vR ) is 8, calibration coefficient of determination (R) 9, the standard error of calibration (SEC) 7, interactive calibration standard error (SECV) was 3, the existing data Standard errors of prediction (SEP) was . The model was tested on soybean moisture content, reached the place of the requirements of conventional standard method can be applied to rapid detection. Keywords: Near infrared spectroscopy; soybean; water; fatty acid value