THE DYNAMIC DEVELOPMENT AND DISTRIBUTION OF GAS CELLS IN BREADMAKING DOUGH DURING PROVING AND BAKING

W. Li, B. Dobraszczyk
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引用次数: 1

Abstract

The distribution and development of gas cells during proving and baking are of importance to bread volume and texture. The dynamic development of gas cells in breadmaking dough during proving and their distribution in bread crumb from flours with different baking performances were investigated using Image-Pro Plus analysis software with an Evolution LC colour digital Camera. The gas cells with the size ranges of 0~0.1 and 0.1~0.5 mm~2 mainly appeared in the first 30 min of proving time. Then, in last 10 min of proving time, the number of middle (0.5~2mm~2) and large (2~50 mm~2) gas cells increased at the expense of the reduction of the number of small size gas cells. The coalescences of gas cells in dough happened in last 10 min of proving time.
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面包制面团发酵和烘烤过程中气泡的动态发展和分布
在发酵和烘烤过程中,气细胞的分布和发育对面包的体积和质地有重要影响。利用Image-Pro Plus分析软件和Evolution LC彩色数码相机,研究了不同烘焙性能面粉发酵过程中面团中气细胞的动态发展及其在面包屑中的分布。0~0.1和0.1~0.5 mm~2尺寸的气室主要出现在验证时间的前30min。然后,在最后10分钟的证明时间内,中型(0.5~2mm~2)和大型(2~ 50mm ~2)气电池的数量增加,而小型气电池的数量减少。面团中气体细胞的凝聚发生在发酵的最后10分钟。
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THE DYNAMIC DEVELOPMENT AND DISTRIBUTION OF GAS CELLS IN BREADMAKING DOUGH DURING PROVING AND BAKING Spectroscopic Investigation of Low-temperature Plasma Discharge Reactor
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