机译:蛋糕蛋白质蛋白质流变性能的预测力量 - 介质粉状化面粉,升温型和混合时间的效果
Lab4Food Faculty of Engineering Technology Department of Microbial and Molecular Systems University of Leuven;
Division of Mechatronics Biostatistics and Sensors Department of Biosystems University of Leuven;
Lab4Food Faculty of Engineering Technology Department of Microbial and Molecular Systems University of Leuven;
Division of Mechatronics Biostatistics and Sensors Department of Biosystems University of Leuven;
Division of Mechatronics Biostatistics and Sensors Department of Biosystems University of Leuven;
Lab4Food Faculty of Engineering Technology Department of Microbial and Molecular Systems University of Leuven;
Cake ingredients; Mixing time; Rheology; Texture;
机译:蛋糕蛋白质蛋白质流变性能的预测力量 - 介质粉状化面粉,升温型和混合时间的效果
机译:物理化学性质的差异和< Ce:Italic>在体外& / ce:斜耳>通过耐热治疗改性的季节性荞麦粉和淀粉之间的易用性
机译:绿豌豆垃圾粉作为小麦粉部分替代品在磅蛋糕:面糊流变行为和蛋糕质量特性
机译:含有乳化剂和不同类型牙龈的无麸质蛋糕击球运动流变性能研究
机译:小麦和干蛋糕混合物质量控制的流变性质
机译:热处理对红腰豆无麸质面糊流变性能的影响及其与蛋糕品质的关系
机译:不同程度的预糊米粉糊的流变特性