1)extraction conditions浸提条件
1.The study on extraction conditions and extractants of soil available Cd,Hg;土壤中有效态镉、汞浸提剂和浸提条件研究
英文短句/例句
1.The study on extraction conditions and extractants of soil available Cd,Hg土壤中有效态镉、汞浸提剂和浸提条件研究
2.Extractants and Optimum Extracting Conditions of Soil Available Selenium in Calcareous Soil石灰性土壤有效硒浸提剂和浸提条件研究
3.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
4.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
5.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
6.Research on the preparating technology condition of tea extraction酶法水解和常规水浸提制备茶叶浸提液工艺条件比较
7.Study on Extractive Conditions of Flavonoids From Garlic By Immersion Extraction大蒜黄酮类化合物的浸提工艺条件研究
8.The technology and condition of extraction were studied in this paper, of which hot water extraction was used to extract polysaccharide from edible fungi.主要讨论了热水浸提法提取菌多糖的工艺流程及工艺条件。
9.The technology and condition of extraction were studied in this paper, and water extraction was used to extract glycoprotein from sweet potato.主要研究了水浸提法提取甘薯糖蛋白的工艺流程及工艺条件。
10.Spacial distribution patterns of flavonoid material in different species onions水浸提法提取洋葱黄酮类化合物的工艺条件研究
11.A high-surface-energy solid surface offers the most conducive thermodynamic condition for good wetting.高表面能的固体表面对良好的浸润提供了最有利的热力学条件。
12.Extraction Technology of Luffa Seed Oil丝瓜籽油浸提最佳工艺条件及其理化特性的研究
13.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
14.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。
15.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
16.Experiment on the Optimum Conditions of Disinfecting Young Soft-shelled Turtle by Soaking in Salt Water食盐浸泡法消毒幼鳖的最适条件研究
17.The conditional member of a hypothetical proposition.前提，前提条件假设命题中的条件
18.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
相关短句/例句
extracting condition浸提条件
1.By comparison of the color, fragrance and optical density obtained under different extracting conditions, it was discovered that extracting time, concentration, temperature and compound clarifying agents had important influence on the preparation of black tea beverage.通过对比不同浸提条件下红茶饮料的色泽、香气和光密度,发现浸提温度、时间、水茶质量比及添加剂等因素对红茶饮料的制备有很大影响。
3)extraction condition浸提条件
1.A contrast experiment was conducted to study the effect of extraction conditions on the extration rates of ginsenoside,flavone and polysaccharide in fresh and dry Gynostemma pentaphyllum.采用对比试验研究了绞股蓝干品、鲜品浸提条件对浸提液皂苷、黄酮、多糖的影响。
4)immersion zinc condition浸锌条件
5)gold leaching condition浸金条件
6)Soaking condition浸泡条件
1.The article studied the soaking condition of soybean sprouts and its effect on the soybean sucked water rate and sprout rate.以大豆新品种"南农86-4"为材料,研究豆芽生产中大豆浸泡条件与大豆吸水率和发芽率的关系。
延伸阅读
碱浸-硫化沉淀法提铊碱浸-硫化沉淀法提铊extraction of thallium by alkaline leach-sulfide precipitation 一压团、Na0H熔炼即得金属蛇。 此法适于从高砷的含金属佗及硫化蛇的物料中提取佗，在硫化沉淀佗的单元过程中，既沉淀出铭，又同时除去砷，并能综合回收含佗物料中的锢、福及锌等，是从高砷含佗的铜福渣中回收蛇的一种较好方法。um by alkaline leaeh一sulfide preeiPi-tation)含蛇物料经过或化焙烧、碱浸出、硫化沉淀处理，进而生产金属枕的过程。含蛇物料有部分蛇以佗硫化物形态存在，需通过氧化焙烧使之转变为易挥发的T12O进入挥发烟尘中得以回收。利用T12O易溶于碱溶液的性质，用碱浸出含铭挥发物，使铭转入溶液。再用NaZS使溶液中的T120转变成T12S沉淀析出。进而从T12S沉淀物中制取金属佗。 本法适用于处理含铭0.01%~。.26%的铅、锌、铜熔炼烟尘以及含铭2写~18%的铜福渣。这两种含蛇物料的主要杂质是铅、锌和硫等。前苏联用这种方法从含蛇炼铅烟尘或铜福渣中回收花，其工艺流程如图。中国也曾用这种方法回收铭，后段作业改为TI:S硫酸浸出，得T12SO;用Nso3萃取，其反萃液仍接前苏联工艺的氯化沉淀佗、硫酸转化、置换和碱熔获得纯度”.99%的金属蛇。 含佗物料在773一923K温度下进行氧化焙烧，物料中佗便转变成T120挥发进入烟气，从烟气得含蛇。.4%一1%的挥发物。含T120挥发物用NaOH的混合溶液进行碱浸出，碱浸出温度控制在353~363K，终点pH控制在8~10。在此浸出条件下，T12O转变为T12eO3和TI(OH)进入碱浸出液: TI:O+NaZCO3+H:O—T12CO3+ ZNaOH T12O+HZO—ZTI(OH)获得含蛇0.6~0.659/L的碱浸出液。在保持碱浸出液温度不变条件下，加入物料重量5%的NaZS，此时碱浸出液中的T12CO:和Tl(OH)便生成T12S沉淀析出: T12CO3+NaZS—T12S十+NaZCO3 ZTI(OH)+NaZS—T12S令+ZNaOH约有90%的佗生成T12S沉淀析出。如T12S沉淀物含砷过高，则需多添加Na多，使砷以多硫化物形态转入溶液而除去: AsZS3+3NaZS一ZNa3AsS3此时可得含蛇约78%的沉淀物，残留砷降到0.1%一0.2%。T12S沉淀物用锌电解(见锌电解沉积)废液浸出2~3h，浸出液固比为20:1，浸出温度控制在363K，约有97%的蛇转入溶液。从处理氧化亚佗挥发物到转入锌电解废液的浸出液中的蛇回收率为75%一80%。含佗的浸出液用锌粉置换得海绵铭，海绵蛇经遗竺竺竺粤生盛望竺竺1 .1__ 宗…一矛 广二杏，__}竺军巡竿份件计门坠…竺一沤知综合回收锢、锅卫属兰竺}t 中…一查处理甲放竺竿竺一当巡}l Tr~，eeL，}}里二奥 竺竺色遭~浏卜分一习{ 碱浸一硫化沉能法提佗流程J lanJ旧一Iiuhua ehendianfa tita碱漫一硫化沉淀法提蛇(extraetion of thalli-
