模型可在实验室规模预测在给定麦芽质量、醪液浓度和糖化温度时麦芽汁中最终还原糖的含量。
The model can predict, at the laboratory scale, the final reducing sugar concentration in the wort for given malt quality, malt concentration and mashing temperature during the mashing process.
选择甲醛含量和多酚聚合指数较低的麦芽、辅料及酶制剂，糖化控制合理的煮沸强度，可以减少麦汁中的甲醛含量。
The formaldehyde content of wort can be decreased if the malt, adjunct and enzyme was selected with low formaldehyde content and low polyphenol index, and the boiling degree was controled reasonably.
向冷却后的麦芽汁中注入酵母菌，使糖化过程中淀粉降解产生的糖发酵。
The cooled wort is inoculated with Saccharomyces yeast and fermentation of the sugarformed from starch during mashing proceeds.
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