浸出条件优化,optimization of bioleaching variables
1)optimization of bioleaching variables浸出条件优化
英文短句/例句
1.Optimization of nickel leaching conditions for Ni-MH battery recycling废旧氢镍电池回收处理中镍元素浸出条件优化
2.Optimization of Parameters and Microbial Community Characteristics in Bioleaching System for the Pb/Zn Smelting SlagPb/Zn冶炼废渣生物浸出条件优化及其菌群生态研究
3.Optimization of process of microwave assisted sulphuric acid leaching of nickel from laterite ore微波辐射硫酸浸出氧化镍矿工艺条件的优化
4.Elements Leakage from Roots in Extracting Iron Plaque on the Rice Root Surface and Optimization of Extraction Conditions水稻根表胶膜浸提中根内元素溢出与浸提条件优化研究
5.A Study of the Extracting Rate of Gold & Silver from Immersed Copper Sediment Influenced by Cyaniding Conditions;氰化条件对浸铜渣中金银浸出率的影响研究
6.Studies on the Preparation Conditions of Formaldehyde Dip Method甲醛浸渍法制备肠溶软胶囊的条件优化
7.STUDY ON OPTIMIZATION OF EXTRACTIVE CONDITIONS FOR CATECHINS BY RSM宜昌邓村毛尖中儿茶素浸提条件优化研究
8.Study on The Extraction of Polysaccharide From Lycium Rcthenicum Mill.Fruit by Water黑果枸杞果实多糖水浸提条件优化研究
9.Study on Leaching Behavior and Model of HLW-glass under Repository Conditions;高放固化体处置条件下的浸出和模型研究
10.Objective:To optimize the preparing condition of formaldehyde dip method.目的 :优化甲醛浸渍法制备肠溶软胶囊的制备条件。
11.Agitation Bioleaching of Low-grade Primary Copper Sulfide Ore under Catalysis Conditions催化条件下低品位原生硫化铜矿的搅拌细菌浸出
12.The process conditions of preparing anhydrous manganese chloride were studied,which adopt manganese-rich slag as the raw material and use hydrochloric acid as the lixiviant.研究了以富锰渣为原料,盐酸作浸出剂制备无水氯化锰的工艺条件。
13.Research on technological conditions of low-grade rhodochrosite leaching manganese低品位菱锰矿浸出锰的工艺条件研究
14.Study on Leaching Property of Lead Mud in Waste Lead-acid Batteries and Its Leaching Condition by Chloride Leaching;废铅蓄电池中铅泥浸出特性及氯盐法浸出条件研究
15.Optimization of the Two-dimensional Electrophoresis Protocol and Differential Proteomics Analysis of Human Infiltrating Ductal Carcinoma;乳腺浸润性导管癌二维电泳实验条件的优化及其差异蛋白质组学分析
16.Screening of Aureobasidium Pullulans with Reduced Pigmentation and Optimization of Cultivation Conditions;低色素出芽短梗霉的选育及其培养条件优化
17.The leaching condition， separating principle and technological charac teristics of recovering V, Mo and Ni from waste catalyst from oil refining are in troduced with full hydrometallurgy, oxdation reduction method.介绍了全湿法冶金“氧化还原”法提取炼油废催化剂中钒、、的浸出条件、离原理及其技术特点。
18.Leaching Characteristics of the Fly Ash from Municipal Solid Waste Incinerator in Different Extracting Conditions;不同条件下焚烧飞灰浸出特性的试验研究
相关短句/例句
leaching conditions浸出条件
1.The impact ofleaching conditions to leaching characteristics of heavy metals in the APC residues from municipal solid waste (MSW) incinerator was studied.本文旨在考察各种浸出条件对垃圾焚烧发电厂烟气净化系统飞灰中重金属浸出特性的影响。
3)leaching condition浸出条件
1.Theleaching conditions of the copper sand smelting are stuied in this paper.研究了湿法冶炼铜砂的浸出条件，在最佳浸出条件下：Ｃｕ、Ｂｉ和Ａｇ的浸出率分别达到９２。
4)condition optimization条件优化
1.The application of Doolittle algorithm incondition optimization杜利特尔算法在条件优化中的应用
2.Reactioncondition optimization and performance evaluation of DCTS双正辛酸酯基酒石酸钠的合成条件优化及性能评价
3.The strategy of level optimization andcondition optimization were discussed in different productive technical condition.论述了不同生产技术条件状况下的水平优化和条件优化策
5)optimization[英][,?ptimai"zei??n][美][,ɑpt?ma?"ze??n]条件优化
1.Screening of high-esterase-producing strains and theoptimization of fermentation;酯酶高产菌株的诱变选育与发酵条件优化研究
2.Transforming Transcription Factor ABP9 into Soybean and Optimization of the Transformation System;转录因子ABP9转化大豆(Glycine max L.)及遗传转化条件优化
3.Study on Optimization of Nano-silver Prepared by Method of Liquid Reduction;制备纳米银的液相还原法的条件优化研究
6)optimum condition优化条件
1.Using decision method of the synthetic grade, the results showed that theoptimum condition of producing Cellulase, Hemlcellulase and Pectinase were as follows: the proportion of straw powder to wheat bran was 1:1,the water amount of medium was 200%, pH was at 3.对9813X8株固态发酵产纤维素酶、半纤维素酶及果胶酶的优化条件进行了研究。
延伸阅读
塑料模具射出成型的操作条件塑料模具射出成型的操作条件 常会有一些朋友问到我,什么样的情况下要用模温机给模具加温,什么时候又要用冷水机给模具冷却.下面是射出成型的一些条件说明,给大家参考 1. 关模压:原则上应大于塑胶射入模内的总压,以不出毛边为基准 2. 压力和速度有部分相同的关系作用于模内.目的使原料进入模内能均匀,彻底,适量的充满各角落.太低会短射,缩水,太高有毛头,过饱,粘模,烧焦,易损模具及内应力高等不良现象 3. 速度:速度的快慢决定原料在模具浇道内及成品中之状况,快有毛边,过饱,烧焦,慢了出现短射,缩水,结合不良易断等 4. 温度:原料不同,温度各异,太低溶液胶颜色不均,成品内应力增大.因温度过低增压过高,可能引起螺杆断裂,过高,产品有毛边,又因冷却产生温差,引起收缩.原料会分解,变黄,变色,易断裂.冷却时间变长,气不容易排出,会有瓦斯气. 5. 背压;螺杆在旋转加料时后退之阻力称为背压.其作用使原料在输送压缩中更加紧密.能使原料的空气,水份从螺杆后排出.使溶胶中不含影响成品表面的气体成份.低会有气泡,表面银纹.高会过热,结块,溢胶,周期长,螺杆不退.同时松退的应用很重要:背压低时,有的原料要松退,有的则不必(根据各种不同性质之原料调不止背压).背压高时务必用松退并注意距离要不介入空气及不溢胶为准则. 6. 模温高低及冷却时间的长短,影响成品的粘模,缩水,尺寸公差,表面亮度,周期等,应依实际际情况而适时调整.另压克力,PC如成品肉厚时要有模温,才不会产生气泡及应力.
