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豆奶乳化的稳定性和感官质量的模糊数学评判 被引量:1

The Emulsification Stability of Soymilk Beverage and ItsSensory Quality by Comprehensive Judgement with FuzzyMathematics
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摘要 研究了不同HLB值的混合乳化剂和增稠剂对豆奶稳定性的影响,结果表明:HLB为11~13时乳化剂具有良好的结果,黄原胶的效果优于其它增稠剂,豆奶的稳定性和它的粘度没有相关性,正交试验的最佳条件为:黄原胶0.4g/kg,海藻酸钠0.5g/kg,pH6.5(杀菌条件121℃,15min),与牛奶相比较,用模糊数学方法对最佳工艺条件下生产的豆奶进行感官质量分析,结果表明,该豆奶的感官特性可以接受。 The effectiveness of thickeners and mixed-emulsifiers with different HLB on soymilk stability were measured.The results indicated that an emulsifier with HLB 11~13 had satisfacto-ry efficiency,and Xanthan gum was the best agent compared with the others.The stability of soymilk was not related to its viscosity,The optimum condltions (0. 4 g/kg Xanthan,0.5g/kg sodium alginate,pH 6.5;sterilized at 121 C for 15 min.)were obtained by the perpendicular design of 34 factors. The sensory quality of soymilk was evaluated by fuzy mathematics and results were compared with cows'milk.The soymlk beverage was found to be acceptable.
出处 《浙江农业大学学报》 CAS CSCD 1996年第2期137-142,共6页
关键词 豆奶 稳定性 乳化剂 增稠剂 模糊数学 感官质量 soymilk stability emulsifier thickener fuzzy mathematics sensory quality
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参考文献5

  • 1Yu J,The Technology of Sensory Analysis of Modern Food (in Chinese),1991年
  • 2Liang F,J Food Sci,1990年,9卷,34页
  • 3Zhang A,J Northwest Light Ind Inst,1990年,2卷,104页
  • 4Chen Z,Colloid Chemistry (in Chinese),1985年
  • 5Lou S,Fuzzy Mathematics(in Chinese),1983年

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