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EFFECTS OF DIFFERENT PARTICLE SIZES OF WHEAT FLOURS ON THE FLOUR QUALITIES AND DOUGH PROPERTIES

机译:小麦粉对面粉品质和面团特性不同粒径的影响

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Recently, particle size of various flours of foodstuffs was considered to affect the rheological properties of processed foods. Especially, the fine dietary fibers have been already prepared and applied for the breadmaking to develop the effective utilizations of spent grains (De Kock el al, 1999). Therefore, the particle size of flours in food industries is thought to be an important factor to improve the qualities of final products made from flour materials (Akimoto et al, 1988). Particle sizes offlours are controlled by various milling methods, however the knowledge about the kinds of milling method and effects of the flours with various particle seizes to breadmaking is very few. In the this study, authors investigated the effects of particle sizes on the flour qualities and dough properties of flour samples with different particle sizes were prepared from the common flour using pin-milling and air-current-type-milling methods. In addition, these flour qualities and rheological properties weredetermined comparing with those of the conventionally milled flour (the common flour).
机译:最近,认为食品的各种面粉的粒度被认为影响加工食品的流变性质。特别是,已经制备了精细膳食纤维并施加用于制造谷物的有效利用(De Kock El,1999)。因此,食品工业面粉的粒度被认为是改善由面粉材料制成的最终产品质量的重要因素(Akimoto等,1988)。粒度偏离偏离各种铣削方法,然而,关于铣削方法种类和各种粒子的效果的知识很少。在本研究中,作者研究了粒度对面粉质量的影响,使用销铣和空气电流型研磨方法由普通面粉制备具有不同颗粒尺寸的面粉样品的面粉样品的面团特性。此外,与常规研磨的面粉(普通面粉)的那些相比,这些面粉素质和流变性能进行了比较。

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