通过一系列条件试验，确定了在改进后装置下酸脱气过程中最佳的样品粒度、盐酸浓度、反应时间等条件。
After a series of conditional experiments with the apparatus, the optimum experimental conditions of gas releasing, such as sample granularity, HCl concentration and reaction duration, are confirmed.
对反应底物、NADPH、酶浓度以及反应最佳温度和时间进行了优化。
We optimized the concentrations of substrate, NADPH and enzyme, temperature as well as time.
结论：精准药学服务可有效地为患者提供最佳的给药方案，预测初始治疗剂量及最佳治疗浓度，提高药物治疗效果、减少药品不良反应。
CONCLUSIONS: Precision pharmaceutical care can effectively provide patients with optimal dosing regimens, predict initial dose and optimal therapeutic concentrations, improve efficacy and reduce ADR.
在控制砜桥副反应的同时，使用能够提高磺化速率的温度和酸浓度，使珠粒质量最佳化的同时降低了反应时间。
The use of temperature and acid concentration to increase the rate of sulfonation while controlling the side reaction of sulfone bridging minimizes reaction time while maximizing bead quality.
考察了温度、硫酸浓度、时间等因素对反应的影响，得到了最佳工艺条件。
The influences of temperature, concentration of sulfuric acid and time on the reaction were studied. The optimum conditions of reaction were obtained.
本文考察了萃取剂浓度、用量、反应温度、分散用水量等因素对对氯苯甲酸离解萃取过程的影响，得到了最佳的分离工艺条件。
In this study, base and acid were used for extraction, and the amount and concentration of extraction, temperature and the amount of water as scatter were investigated during the process oft...
研究和讨论了反应温度、反应时间、反应物浓度对实验结果的影响，最终得到反应的最佳条件。
The effects of reaction temperature and time and reactant concentration on experimental results are investigated, obtaining finally the optimum experimental conditions.
综合论述了膜生物反应器的设计方法，包括确定最佳水力停留时间、污泥停留时间、污泥浓度，经济性分析。
This paper reviews the design method of membrane bioreactor, including determining hydraulic retention time and sludge retention time, choosing sludge concentration and analyzing the process economy.
综合论述了膜生物反应器的设计方法，包括确定最佳水力停留时间、污泥停留时间、污泥浓度，经济性分析。
This paper reviews the design method of membrane bioreactor, including determining hydraulic retention time and sludge retention time, choosing sludge concentration and analyzing the process economy.
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