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Control of the Colloidal Behavior of Soymilk and Production of New Soymilk Materials

机译:控制豆浆机胶体行为及新豆浆材料生产

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摘要

Soybean milk is developing as new food material beyond the conventional use in recent years. The 2015 Satellite Luncheon Meeting focusing on soybean dealt with the principle of soymilk separation technologies and its applicability of the soymilk colloid. Emeritus prof. Ono (Iwate University) has worked on explication of tofu coagulation process for many years. The heating treatment of soybean seeds before grinding is different in for tofu and soymilk drinking. He lectured the phenomenon difference causes to coagulant behavior of the protein particles and the oil body of soybean milk colloidal dispersion. Prof. Fujii (Tohoku University) presented another lecture, elucidated behavior of soymilk colloids, mainly oil droplets from a food engineering study point of view, explained the structure of the soybean milk colloidal dispersion course and behavior of aggregation process. He also showed the application of fat processing bring out creamy texture in soymilk, using papain digestion followed by heat treatment.
机译:近年来,大豆牛奶正在开发以超越常规使用的新食品。 2015年卫星午餐会议,专注于大豆分离技术的原理及其对豆浆胶体的适用性。 Emeritus教授。 ONO(岩手大学)多年来一直致力于解释豆腐凝固过程。在研磨前的大豆种子的加热处理不同于豆腐和豆浆饮用。他讲述了蛋白质颗粒的凝固行为和大豆牛奶胶体分散体的凝固行为的现象差异。富士教授(往北大学)提出了另一位讲座,撒肥胶体的阐释行为,主要从食品工程研究的看法中解释了大豆牛奶胶体分散过程的结构和聚集过程的行为。他还表明,脂肪加工在豆浆中的应用在豆浆中带出奶油质地,采用木瓜消化,然后用热处理。

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