1)  fermenting rate
发酵率
1.
Different quantity of polygonum hydropiper was added in Xiaoqu respectively and its effects on microbial species and amount in Xiaoqu,the saccharifying power and liquefying power of Xiaoqu,and the fermenting rate were studied.
研究了添加不同量的辣蓼草对小曲中的微生物种类和数量、糖化力、液化力及发酵率的影响。
2)  alcohol fermenting rate
酒精发酵率
1.
Under the condition,alcohol fermenting rate and amylum utilization ratio were higher than grog brewing technology.
本文利用华丰5#复合发酵剂进行生料制酒,华丰5#的添加量选择4‰,在此条件下,酒精发酵率和淀粉利用率均高于熟料制酒工
3)  ferment
发酵
1.
Optimization of the honey ferment sour milk by the regress-orthogonal design;
正交回归组合设计优化蜂蜜发酵酸奶工艺
2.
Study of L.casei fermentation;
干酪乳杆菌发酵过程的研究
4)  fermented
发酵
1.
5% enzyme, saccharifid for 4 h, at last, inoculated Saceharomyce to the substrate and fermented for 48 h at 15 ℃.
本实验以甜玉米为研究对象,通过对玉米糊化、液化、糖化、发酵等工艺参数的研究和探讨,得出结果:玉米在含0。
2.
The experiment took the fermented soybean milk as raw material, added enzyme hydrolysis after the microwave pretreatment, and brew alcohol with the hydrolysis fluid fermentation.
以豆奶为原料,经微波辅助处理后加酶水解,用水解液发酵酿酒。
3.
As qualified traditional flavour food, fermented sausage has the larg est output among fermented meat products.
发酵香肠作为优良的传统风味食品是发酵肉制品中产量最大的一类代表性产品,其中发酵剂的筛选及使用对其质量稳定性和风味、安全性各方面起到了决定性的作用。
5)  fermenting
发酵
1.
In the end high quality product was produced by fermenting for 2 h at 42℃.
15%,选用保加利亚乳杆菌和乳酸链球菌,以1∶1的比例,4%的接种量,在42℃条件下发酵2h,可得到优质的紫花苜蓿酸奶。
2.
bulgarius in proportion as 1∶1,the inoculum was 4%,in the end high quality product was produced by fermenting for 3.
以花生为原料,对花生蛋白提取、花生乳调配、酸奶发酵剂等工艺进行探讨,研制出营养丰富,口感良好的发酵花生酸奶。
3.
In the end high quality product was produced by fermenting for 4 hours at 42 ℃.
15%的乳化剂,选用保加利亚乳杆菌和乳酸链球菌,以1︰1的比例,4%的接种量,在42℃条件下发酵4h,可得到优质的玉米酸奶。
6)  fermentation
发酵
1.
The optimization of liquid fermentation conditions of fibrinolytic enzyme producing strain S-05;
产纤溶酶菌株S-05的液体发酵条件优化
2.
Application of cellulase in the fermentation of alcohol;
纤维素酶在酒精发酵中的应用
3.
Study on the effect of nitrogen source on the alcohol fermentation;
作为营养盐的氮源对酒精发酵过程的影响
参考词条
补充资料:电导率(见电阻率)


电导率(见电阻率)
conductivity

d!日nd日O}已电导率(eonduetivity)见电阻率。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。