粉碎度

  • 网络grind;comminution degree
粉碎度粉碎度
  1. 结果:提取次数对苦参碱及总浸出物得率有显著性,药材粉碎度对苦参碱的提取有较大影响。

    Result : The extractive times had a distinct effect on the matrine and total extract yield , the comminution degree had great effects to extract the matrine .

  2. 应用配位滴定法测定了石膏煎出液中Ca~(2+)含量,对石膏的应用剂量、粉碎度、煎煮时间与煎出量的关系进行了观察比较。

    The content of calcium ion Ca ~ ( 3 + ) in gypsum decoction has been determined with coordination titration . Observation and comparison have been conducted of the relationship between the dosage , comminution degree , decocting time and decocted contents .

  3. 粉碎度与GI(发芽指数)、EC、pH值等腐熟度指标并不存在相关关系。

    There is no significant correlation between the grinding degree and some maturity parameters including GI , EC and pH value .

  4. 油的产量与体系的PH、加水比、温度、粉碎度、以及酶的添加量等因素有关。

    The output of the oil were determined by the following factors : the pH of the system , the ratio of water to rapeseed , the temperature , the degree of grinding and the content of enzyme .

  5. 研究了预处理条件(水分含量、粉碎度)、萃取条件(萃取温度与压力、CO2流量、时间)、分离条件(分离温度与压力)对莲子心出油率的影响;

    The influences of preprocessing conditions ( moisture content , grind degrees ), extraction conditions ( temperature , pressure ) and separation conditions ( temperature , pressure ) on the extraction rate were researched .

  6. 方法:以不同粉碎度的三七药粉制备复方丹参片样品,以三七皂苷R1、人参皂苷Rg1、人参皂苷Rb1含量为测定指标,以桨法测定药物的体外累积溶出度。

    The paddle method was used , and the cumulative dissolution percentage of notoginsenoside R1 , and ginsenoside Rg1 , and ginsenoside Rb1 were determined by HPLC .

  7. 结果显示最佳萃取条件为萃取压力30MPa,萃取温度35℃,解析压力6.7MPa,解析温度50℃,粉碎度0.55mm;

    The optimal conditions of extraction pressure 30 MPa , extraction temperature 35 ℃, separate pressure 6.7 MPa , separate temperature 50 ℃, and crush degree 0.55 mm were obtained .

  8. 原料的粉碎度选用的是10目和30目;

    Crushing level of straw stalk are 10 mesh and 30 mesh .

  9. 不同粉碎度对杭白菊中黄酮类成分的提取影响

    The Effect of Different Grind Degrees on Flavonoids ' Extraction from Chrysanthemum

  10. 泸型酒酿造原料的粉碎度探讨

    Discuss the Degree Crushed of the Lu-liquor 's Raw Materials

  11. 研究发现,不同粉碎度的杭白菊粉末对黄酮类有效成分的浸出有一定影响。

    It has found that different chrysanthemum grind degrees have effected the flavonoids'extraction .

  12. 抗粉碎度比较评价软化槟榔壳硬度的研究

    Research on application pulverizing resistance rate to contrast hardness of softened areca nut hull

  13. 不同粉碎度茶粉主要化学成分研究

    The study on the main chemical elements of the tea powder I 、 II 、 III

  14. 影响粉碎度控制的主要因素有麦芽质量、糖化方法和过滤方法;

    The factors influencing malt crushing degree mainly include malt quality , saccharifying methods , and filtration methods .

  15. 结论打箭菊粉末粉碎度对木犀草素提取有较大影响。

    ConclusionThe comminution degree of Flos Pyrethri Tatsienensis has significant effect in extracting the Luteolin from Flos Pyrethri Tatsienensis .

  16. 采用薄层色谱法,鉴别黄柏饮片及不同粉碎度颗粒饮片水煎液中的盐酸小檗碱。

    Detect berberine in the decoction of cortex phellodendri slices and the decoction of different particle size grains slices by thin-layer chromatography .

  17. 前言:目的:探讨龟甲炮制工艺标准及炮制品粉碎度标准。

    OBJECTIVE : Seeking the technology standard of processing tortoise shell and the standard of the extent of pulverizing processed tortoise shell .

  18. 以产品中蛋白质含量为主要指标,蛋白质回收率为次要指标,研究了乙醇浓度(体积分数)、浸洗温度、浸洗时间、液固比和原料粉碎度对浸洗效果的影响。

    The effects of ethanol concentration , extraction temperature , extraction times and the ratio of solid to liquid on the protein content were investigated .

  19. 结果粉碎度、提取次数和加水量因素对石斛中石斛多糖的提取有显著性影响。

    RESULTS After breaking , the times of extracting and the amount of water had marked influence on the extraction of polysaccharide from Caulis Dendrobii .

  20. 粉碎度与堆肥化学参数:纤维素、半纤维素含量呈负线性相关,与木质素无相关性。

    There is significant linear correlation between the grinding degree and chemical parameters of compost including hemicellulose and cellulose , while there is no significant correlation with lignin .

  21. 结果表明,原料种类、粉碎度、水分及工艺等因素对大曲前期培菌过程有很大影响。

    The results showed that raw materials species , grinding degree , moisture content , and processing techniques have great effects on Daqu in the prior bacteria culture stage .

  22. 在优化处理的基础上,获得了有效的提取条件:葡萄籽粉碎度100目,提取剂70%甲醇水溶液。

    The optimum conditions of extraction were obtained on the basis of optimum treatment : the degree of crushed grape seeds 100 mesh , the solvent 70 % aqueous methanol .

  23. 以新鲜的核桃仁为原料,研究了在超临界状态下物料的粉碎度、萃取压力、萃取温度、萃取时间对核桃油萃取效果的影响。

    Walnut meat was taken as experimental material of extraction condition . The influence of extracting pressure , temperature , time and material size on the extraction efficiencies of walnut oil was studied systematically .

  24. 初步考察了秸秆纤维素类原料预处理、酵母菌忍耐酒精度能力的驯化、原料粉碎度和菌体共生及纤维素酶对发酵底物还原糖含量及酒精产率的影响。

    Studied the pretreatment of straw stalk , domestication of endurance of microzyme to alcohol , the influence of straw stalk material particle size , thalli intergrowth and cellulose on deoxidized sugar level and yield of alcohol .

  25. 方法:采用正交试验法,以含氮量为考察指标,对龟甲粉碎度、提取次数、提取时间及加水量进行优选。

    Method : To adopt the orthogonal test , using the nitrogen content as the investigative target , optimizing the comminuted degree of turtleback power , the frequency and time of extract , the quantity of adding water .

  26. 结果表明,提取时间对青皮挥发油的提取有极显著影响(P<0.01),粉碎度影响显著(P<0.05),浸泡时间无显著影响(P>0.05)。

    The results showed that the effect of the extraction time was highly significant ( P < 0.01 ), the degree of crush was significant ( P < 0.05 ) and the soak time was not significant ( P > 0.05 ) .

  27. 结果:从微波辐射时间、溶剂比、物料粉碎度等工艺条件对青蒿素得率的影响。评价最佳溶剂是6号抽提溶剂油。

    Results : On the basis of the major conditions for MAE , such as duration of microwave radiation , solvent to material ratio , degree of grinding , number 6 extraction solvent oil were studied to arrive at an optimal MAE condition .

  28. 采用甜橙皮作为实验材料,研究在超临界状态下,粉碎度、温度、压力、静态萃取与动态萃取对油脂萃取率的影响,为批量生产提供了依据。

    Sweet orange peel oil was taken as experimental material of extraction condition . This paper systemically studied the influence of grind dree , temperature , pressure , static extraction and dynamic extraction on the extraction rate . The bases for batch process were provided .

  29. 滚齿刀具无需筛板,粉碎颗粒度均匀,粉尘含量极少。废铅蓄电池极板粉末湿式处理回收铅

    Rotary cutters need no screen , but produce consistent grain size , low powder contain . Recovery of Lead from Spent Lead Batteries by Hydrometallurgical Method