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percolation time
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  渗漉时间
     The factors influencing the alcohol percolation were as follows: A>B>C (A: the amount of alcohol added. B: the alcohol concentration. C: the percolation time). The optimum percolation condition obtained was: adding 5 fold of alcohol which concentration was 60%, and percolating for 48 hours.
     影响乙醇渗漉提取的主次因素 :A >B >C(A为乙醇加入量 ;B为乙醇浓度 ;C为渗漉时间 ) ,优选的提取工艺条件 :加入 5倍于药材量的乙醇 ,乙醇浓度为 6 0 % ,渗漉 48h ;
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  “percolation time”译为未确定词的双语例句
     experiment denoted that on percolation time of 24h,the maximum rate of desulfurization was 34.46%;
     试验发现,当浸滤时间为48h时,脱硫率最高为34.46%;
短句来源
     Results: The factors influencing the alcohol-percolation were as follows: A>B>C (A: the amount of alcohol added. B: the percolation time.C:the alcohol concentration). The optimum percolation condition obtained was: 48-fold of 80% alcohol, being added and percolating for 24 hours.
     结果 :影响乙醇渗漉提取的主次因素 :A >B >C(A为乙醇加入量 ;B为提取时间 ;C为乙醇浓度 ) ,优选的提取工艺条件 :乙醇加入量为药材量的 4 8倍 ,乙醇浓度 80 % ,提取 2 4h ;
短句来源
     Results:The significant effects of alcohol concentration,alcohol volume and percolation time on the extraction of Sipeimine content were discovered.
     对川贝母渗漉提取工艺中影响效果的乙醇浓度、乙醇用量、浸润时间三因素及条件进行优化 ,根据回归方程并结合经验 ,优选出川贝母渗漉提取工艺的最佳实验条件。
短句来源
     The results showed that the intensity distribution had relation with the velocity of percolation,time,coefficient of convection and diffusion.
     发现污染物在土壤中的质量浓度分布与渗流速度、作用时间、扩散系数等有关。
短句来源
     by single factor experiments,investigated was the influence of percolation time,concentration of bacillus pulp,and coal fineness;
     通过单因素试验考察了滤浸时间、菌液浓度、煤样粒度对脱硫率的影响;
短句来源
  相似匹配句对
     THE FROM OF TIME
     时间的形状 从多丽丝·塞尔萨多的作品谈材料处理与时间体验
短句来源
     TIME
     同步辐射时间分辨荧光光谱技术
短句来源
     PERCOLATION THEORY
     渗流(percolation)理论
短句来源
     A Result about Time Constant μ in First Passage Percolation
     首达渗流中关于时间常数μ的上界估计
短句来源
     For the first time, percolation methodology was applied to the modeling and simulation of microelectronics reliability issues.
     逾渗分析方法首次被系统用于微电子器件可靠性建模与仿真工作。
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  percolation time
This local percolation is discussed in terms of the viscosity of the interphase, gradient of local stresses and percolation time.
      
The average water percolation time through the unsaturated zone of soils varies by 100%.
      
Variation in groundwater characteristics depends on percolation time and proximity to geothermal sources.
      
The percolation time, defined as the time required to form the 6rst percolating cluster, was calculated.
      
This phenomenon is characterized in our simulation by the number of deposited objects at the percolation time.
      
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Objective: To optimize the preparation process of Guhuan Capsules. Methods: The optimum extraction conditions were studied by the orthogonal test in baicalin & berberine as markers. Results: Radix Notogiseng was crushed to powder (120 mesh) and added directly into capsules. The factors influencing the alcohol percolation were as follows: A>B>C (A: the amount of alcohol added. B: the alcohol concentration. C: the percolation time). The optimum percolation condition obtained was: adding 5 fold of...

Objective: To optimize the preparation process of Guhuan Capsules. Methods: The optimum extraction conditions were studied by the orthogonal test in baicalin & berberine as markers. Results: Radix Notogiseng was crushed to powder (120 mesh) and added directly into capsules. The factors influencing the alcohol percolation were as follows: A>B>C (A: the amount of alcohol added. B: the alcohol concentration. C: the percolation time). The optimum percolation condition obtained was: adding 5 fold of alcohol which concentration was 60%, and percolating for 48 hours. The factors influencing decoctation were as follows: A>C>B>D (A:the amount of water added. B: the alcohol concentration in the fluidextract of herbs. C: decoction time, D: decoction times). The optimum decoction condition obtained was: adding water (12 times as much as medicine), decocting twice 1.5 hours each time, merging the filtrate, concentrating the merged filtrate into extract with a relative density of 1.20 (measured at 85℃), then adding alcohol slowly, and making the concentration of alcohol in the fluidextract come to 80%. Conclusion: The optimized process is stable and feasible.

目的 :优选固环胶囊制备工艺。方法 :以黄芩甙和小檗碱收率为指标 ,应用正交设计试验优选固环胶囊提取工艺。结果 :三七粉碎为 12 0目细粉入药 ;影响乙醇渗漉提取的主次因素 :A >B >C(A为乙醇加入量 ;B为乙醇浓度 ;C为渗漉时间 ) ,优选的提取工艺条件 :加入 5倍于药材量的乙醇 ,乙醇浓度为 6 0 % ,渗漉 48h ;影响加水煎煮的主次因素 :A >C >B >D(A为加水量 ;B为乙醇在药材浸膏中的浓度 ;C为煎煮时间 ;D为煎煮次数 ) ,优选的提取工艺条件 :加水量为药材量的 12倍 ,每次煎煮 1.5h ,煎煮 2次 ,合并滤液 ,浓缩成相对密度为 1.2 0 (85℃测定 )的药材浸膏 ,缓缓加入乙醇 ,使浸膏中乙醇浓度达到 80 %。结论 :优选的制备工艺稳定可行。

Objective: To optimize the preparation process of XueMaiNing Granule. Methods: By the orthogonal design, taking the gain rate of Astragaloside IV as the index, the preparation process condition of XueMaiNing Granule was optimized. Results: The factors influencing the alcohol-percolation were as follows: A>B>C (A: the amount of alcohol added. B: the percolation time.C:the alcohol concentration). The optimum percolation condition obtained was: 48-fold of 80% alcohol, being added and percolating for...

Objective: To optimize the preparation process of XueMaiNing Granule. Methods: By the orthogonal design, taking the gain rate of Astragaloside IV as the index, the preparation process condition of XueMaiNing Granule was optimized. Results: The factors influencing the alcohol-percolation were as follows: A>B>C (A: the amount of alcohol added. B: the percolation time.C:the alcohol concentration). The optimum percolation condition obtained was: 48-fold of 80% alcohol, being added and percolating for 24 hours. The optimum conditions of granulation by sprayer were that the fluid extract was 1.5 times of Dextrin in weight; the relative density of the fluid extract was 1.20(measured at 25℃), the voltage of sprayer was 80 volts, the period of bag shaking was 65 (shaking bag back and forth twice in each period). Conclusion: The results of the experiment show that the preparation process of XueMaiNing Granule is stable and applicable.

目的 :优选血脉宁颗粒制备工艺。方法 :以黄芪甲苷收率为指标 ,应用正交设计试验优选血脉宁颗粒提取工艺。结果 :影响乙醇渗漉提取的主次因素 :A >B >C(A为乙醇加入量 ;B为提取时间 ;C为乙醇浓度 ) ,优选的提取工艺条件 :乙醇加入量为药材量的 4 8倍 ,乙醇浓度 80 % ,提取 2 4h ;优选的沸腾制粒工艺条件为 :稠浸膏 :糊精=1 5∶1,稠浸膏相对密度为 1 2 0 ,喷液电压为 80伏特 ,每批料抖袋 6 5个周期 (每个抖袋周期来回抖袋 2次 )。结论 :优选的制备工艺稳定可行

Objective:To optimize the extraction of the total anthraquinone of rhubarb. Methods:Taking content of emodin as parameters. The optimum extraction process was selected with the L9(34) orthogonal design. Results:The significant effects of alcohol concentration, alcohol volume and percolation time on the extraction of emodin content were discovered. Conclusion:The optimum rhubarb percolation condition obtained was:adding 8-fold times of 55% alcohol and percolating for 9 hours. Emodin content ≥2.60%....

Objective:To optimize the extraction of the total anthraquinone of rhubarb. Methods:Taking content of emodin as parameters. The optimum extraction process was selected with the L9(34) orthogonal design. Results:The significant effects of alcohol concentration, alcohol volume and percolation time on the extraction of emodin content were discovered. Conclusion:The optimum rhubarb percolation condition obtained was:adding 8-fold times of 55% alcohol and percolating for 9 hours. Emodin content ≥2.60%.

目的:研究大黄中总蒽醌提取工艺。方法:以大黄素含量为考察指标,采用L9(34)正交试验法进行筛选。结果:乙醇浓度、乙醇用量、浸润时间三因素对大黄总蒽醌的提取有显著影响。结论:最佳提取工艺为:大黄用8倍量55%乙醇按渗漉法提取,浸泡12h,渗漉9h。大黄素含量≥2.6%。

 
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