实验确定了有机溶剂萃取和酸洗次数及酸水解时间等操作参数。
The Times of organic solvent extraction and of acid washing and the duration of acidic hydrolysis needed are established.
本文对该法的生产条件，即人发的水解时间、人发加入量及酸浓度对产率影响进行了探索。
At present work, the influence of production condition, hydrolysis time of hair and the amount of hair adding to as well as the concentration of acid etc upon the production rate were investigated.
探讨和研究酸的性质、浓度、时间、温度对水解产率的影响，得出一些工艺参数，为聚丙烯腈的综合应用提供基础数据。
This paper studies influence factors of property and concentration of acid, reaction time and temperature on the hydrolysis efficiency.
由此可知，离子液体介质中，微波辐射加热能够促进植物纤维素的酸水解，并显著缩短糖化时间，使得还原糖的收率提高。
So the microwave radiation could promote acid hydrolysis of plant fiber and significantly shorten the time of saccharification and raise the yield ratio of reducing sugar in the ionic liquid medium.
其中水解反应器因为仅发生水解和产酸反应，停留时间短，对悬浮物的去除率很高。
The hydrolysis reactor has the advantages of having shorter hydraulic retention time and higher suspended solids removing efficiency because only hydrolysis and acidification stages take place.
采用微波辐射法水解植酸制备肌醇，缩短了水解时间和获得了较好的产率。
The inositol was prepared by hydrolysis of phytic acid with microwave radiating.
在实验中优化了酸水解的时间，采用高效液相色谱法和质谱法证明模型肽已完全水解。
Hydrolysis time was optimized, and HPLC analysis as well as mass spectrometry was used to confirm the 100% successful hydrolysis.
在实验中优化了酸水解的时间，采用高效液相色谱法和质谱法证明模型肽已完全水解。
Hydrolysis time was optimized, and HPLC analysis as well as mass spectrometry was used to confirm the 100% successful hydrolysis.
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