Pan-pan ZHU, Xiao-tao NIU, Xue WANG, Xin SI, Qing-gang XIE, Bo CHEN, Shi-long JIANG, Ning JU, Shu-wen ZHANG, Jia-ping LÜ. The Stability of Room Temperature Liquid Cheese Based on Turbiscan Multiple Light Scattering Technique[J]. Spectroscopy and Spectral Analysis, 2022, 42(11): 3415

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- Spectroscopy and Spectral Analysis
- Vol. 42, Issue 11, 3415 (2022)

Fig. 1. The effect of the addition of raw materials on product thermal stability
(a): Emulsified salt; (b): Emulsifier; (c): Stabilizer; (d): Sweetener
(a): Emulsified salt; (b): Emulsifier; (c): Stabilizer; (d): Sweetener

Fig. 2. Response surface plots showing the interactive effects of emulsified salt, emulsifier and stabilizer on the thermal stability sensory scores and of product
(a)~(c): Response surface of the influence of different material addition interactions on product stability;(d)~(f): Response surface of the effect of different material addition interactions on product sensory scores
(a)~(c): Response surface of the influence of different material addition interactions on product stability;(d)~(f): Response surface of the effect of different material addition interactions on product sensory scores

Fig. 3. The change of backscattering of liquid processed cheese at 37 ℃
(a): Contral 1 commercially available room-temperature liquid cheese at 37℃; (b): Contral 2 commercially available room-temperature liquid cheese at 37℃; (c): Samples were optimized in this study
(a): Contral 1 commercially available room-temperature liquid cheese at 37℃; (b): Contral 2 commercially available room-temperature liquid cheese at 37℃; (c): Samples were optimized in this study

Fig. 4. The change of TSI of liquidprocessed cheese at 37 ℃
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Table 1. Code and level of independent variables used for Box-Behnken design
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Table 2. The effect of the addition of raw materials on the quality of products
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Table 3. Box-Behnken design in terms of coded values with response variable
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Table 4. Analysis of variance

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