Mastilović, Jasna, University in Novi Sad, Institute for Food Technology, Novi Sad, Serbia

• HEMIJSKA INDUSTRIJA (Chemical Industry) Vol. 74 No. 1 (2020) - Engineering of Materials - Polymers
  Application of solvent retention capacity tests for prediction of rheological parameters of wheat flour mill streams
  Abstract  PDF (934 kB)  Cover Letter  Figure 2. Solvent retention capacities of milling streams EPS  Figure 2. Solvent retention capacities of milling streams TIFF  Figure 3. Glutenin performance index of milling streams EPS  Figure 3. Glutenin performance index of milling streams TIFF  Figure 4. Principal component analysis (PCA) scree plot EPS  Figure 4. Principal component analysis (PCA) scree plot TIFF  Figure 5. Principal component analysis (PCA) Circle of correlations EPS  Figure 5. Principal component analysis (PCA) Circle of correlations TIFF  Figure 6. The standardized regression coefficients of predictive variables for multi-response PLSR model EPS  Figure 6. The standardized regression coefficients of predictive variables for multi-response PLSR model TIFF  Figure 7. The standardized regression coefficients of predictive variables for FWA predictive PLSR model EPS  Figure 7. The standardized regression coefficients of predictive variables for FWA predictive PLSR model TIFF  Figure 8. The standardized regression coefficients of predictive variables for E predictive PLSR model EPS  Figure 8. The standardized regression coefficients of predictive variables for E predictive PLSR model TIFF  Figure 1. Mill flow diagram TIFF  Figure 1. Mill flow diagram EPS  Supplementary file 1.  Response to Reviewers  CorrFig 2.  CorrFig3.  CorrFig4.  CorrFig5.  CorrFig6.  CorrFig7.  CorrFig8.