1) low rate mixing
慢速搅拌
1.
The optimum low rate mixing(G) was concerned with dose etc.
实验结果表明 :最优快速搅拌条件 (GT值 )与原水浊度、投药量、水温等有关 ;最优慢速搅拌条件 (G值 )与投药量等有关 ,慢速搅拌时间 (T值 )宜大于15min。
2) moderate agitation
缓慢搅拌
3) stirring rate
搅拌速度
1.
Effect of temperature and stirring rate on the diameter and the monodispersity of silica spheres
温度和搅拌速度对二氧化硅直径和单分散性的影响
2.
Moreover, the experiments of "the effect of the stirring rate,the temperature,and the effect of different pH on oil adsorption speed" were done to determine the best experiment conditions.
此外,还研究了搅拌速度、温度以及pH值对吸油性能的影响,发现:室温下吸油率最大、提高搅拌速度能够使吸油率提高;环境的pH值对吸油率的影响不大。
3.
This paper studies the relationship between the amount of particles in the composite coatings and the current density,stirring rate and the particle content in electrolyte solution.
采用正八棱柱体形状的阴极,在普通的瓦特型镀液中加入氧化铝颗粒制备复合镀层,研究了阴极电流密度、搅拌速度和颗粒在镀液中的浓度等因素对镀层内粒子含量与阴极不同方向之间的关系。
4) agitation speed
搅拌速度
1.
The major factor which affects freeze concentration is agitation speed.
影响冷冻浓缩的主要因素是搅拌速度。
2.
The results showed that the measures to strengthen heat and mass transfer between slurry and oxidant air are to enhance agitation speed,to arrange more air inputs that increase the quantity of air bubbles and decrease cubage,to properly enlarge the total area of air inputs so as to reduce air output .
通过对实验结果的分析,得出加强浆池中氧化空气与浆液之间的传热传质的措施有助于提高搅拌速度;布置更多的空气分布喷嘴,使得产生的气泡个数增加而体积减小;适当增加喷嘴的总面积,降低空气鼓出的速度。
3.
They are the choice of adsorbents, the additive amount of adsorbent, the bleaching temperature, the bleaching time and the agitation speed.
对茶籽油的脱色过程中,吸附剂、吸附剂用量、脱色温度、脱色时间和搅拌速度等因素影响茶籽油脱色效果的问题进行了研究,从中得出了茶籽油脱色的较佳条件。
5) agitation speed
搅拌转速
1.
The effects of agitation speed and substrate on γ-Poly(glutamic acid)(γ-PGA) Production of Bacillus subtilis NX-2 in 5 L fermenter were investigated.
采用Bacillus subtilisNX-2菌株,在5 L发酵罐批式操作过程中生物合成γ-聚谷氨酸,实验考察了搅拌转速(300~1 000 r/min)及底物质量浓度对生物合成γ-聚谷氨酸产率的影响。
6) stirring speed
搅拌速度
1.
Study on catalytic property of polymer-supported phase transfer catalyst under different stirring speed;
搅拌速度对聚合物相转移催化剂催化性能的研究
2.
Mechanism of flocculation of applying a flocculant in slime introduced;sedimentation experiment for several flotation tailings taken place;better performance of flocculation sedimentation arrived at such conditions as: stirring speed 300-400rpm,ratio of dried coal to PAM 10000∶1,PAM with higher molecular weight,and concentration of slime water 50-60g/L.
介绍了絮凝剂在煤泥水中的絮凝机理;对几个选煤厂的浮选尾煤进行了絮凝沉降试验,试验认为,搅拌速度为300~400r/min,干煤泥与PAM的质量比为10000∶1,PAM的分子量越大,煤泥水的浓度在50~60g/L时,煤泥水的絮凝沉降效果较好。
3.
Large variations of the final viscosities of polyacrylamide solution prepared under different temperatures and stirring speeds were observed.
实验结果表明,在不同的搅拌速度、温度下配制溶液,聚丙烯酰胺水溶液的最终粘度相差很大,同时发现聚丙烯酰胺溶解形成水溶液后,粘度性质稳定。
补充资料：笃速速
1.亦作"笃簌簌"。 2.战抖貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条