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烘焙与香气形成:初始水分含量及蒸汽处理的影响

Roasting and aroma formation: effect of initial moisture content and steam treatment.

作者信息

Baggenstoss Juerg, Poisson Luigi, Kaegi Ruth, Perren Rainer, Escher Felix

机构信息

Institute of Food Science and Nutrition, Swiss Federal Institute of Technology (ETH) Zurich, Switzerland.

出版信息

J Agric Food Chem. 2008 Jul 23;56(14):5847-51. doi: 10.1021/jf8003288. Epub 2008 Jun 24.

Abstract

Initial moisture of green coffee may vary as a function of green coffee processing and storage conditions. The impact of initial moisture and steam treatment on roasting behavior and aroma formation was investigated. Steam treated coffees as well as coffees with initial moisture content of 5.10, 10.04, and 14.70 g water per 100 g wb were roasted. Light and dark roasting trials were carried out using a fluidizing-bed roaster with a batch size of 100 g of green beans. Differences in roast coffee attributes, that is, color, density, and organic roast loss, and odorant concentrations were more marked in light roasted than in dark roasted coffees. The results of roasting steam treated coffee suggest that this step affects roasting behavior primarily by extracting some aroma precursor compounds.

摘要

生咖啡豆的初始水分可能会因生咖啡豆的加工和储存条件而有所不同。研究了初始水分和蒸汽处理对烘焙行为和香气形成的影响。对经过蒸汽处理的咖啡豆以及初始水分含量分别为每100克湿基含5.10、10.04和14.70克水的咖啡豆进行了烘焙。使用批量为100克生豆的流化床烘焙机进行了浅度和深度烘焙试验。烘焙咖啡的属性差异,即颜色、密度和有机烘焙损失,以及气味浓度在浅度烘焙咖啡中比在深度烘焙咖啡中更为明显。烘焙经过蒸汽处理的咖啡的结果表明,这一步骤主要通过提取一些香气前体化合物来影响烘焙行为。

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