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首页> 外文期刊>Physics in Canada >SYNCHROTRON ADVANCES AT THE FRONTIERS OF FOOD PHYSICS: STUDIES OF EDIBLE FATS SUCH AS CHOCOLATE UNDER SHEAR
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SYNCHROTRON ADVANCES AT THE FRONTIERS OF FOOD PHYSICS: STUDIES OF EDIBLE FATS SUCH AS CHOCOLATE UNDER SHEAR

机译:同步加速器在食品物理学的前沿:剪切作用下可食用脂肪的研究

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摘要

Ghocolate and other lipid food materials can form different crystalline structures (polymorphs) depending on the temperature and shear profiles used during their manufacturing. These structures determine the quality of the products. Until recently, only very empirical knowledge existed on the effects of shear. The use of synchrotron x-ray diffraction has allowed for pioneering advances in our understanding of the mechanisms of struc-hire formation during the crystallizing of edible multicomponent lipid systems under shear.
机译:取决于其制造过程中使用的温度和剪切曲线,乙醇酸和其他脂质食品材料可以形成不同的晶体结构(多晶型物)。这些结构决定了产品的质量。直到最近,关于剪切作用的经验还很有限。同步加速器X射线衍射的使用使我们对可食多组分脂质系统在剪切作用下结晶过程中结构-结构形成机理的理解有了开创性的进展。

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