除杂

B，高能球磨混料-真空焙烧-酸洗除杂。

B.high energy ball mill mixing - vacuum , roasting-acid pickling for impurity removal .

P（204）-HCl体系捞钕除杂工业实验

Industrial Experiments of Extracting Neodymium and Removing Impurities in P_ ( 204 ) - HCl System

除杂装置的喷阀控制由可编程逻辑芯片FPGA来完成。

The programmable logic chip FPGA was used to control the nozzle .

分别以25℃的蒸馏水及浓度为20%的乙醇水溶液清洗除杂后，在60℃下，以1.04BV／h的流速对大豆乳清中的异黄酮进行洗脱，其得率为96.81%。

Then eluting it with 20 % aqueous alcohol to remove the impurity at 25 ℃ .

讨论了pH值、溶液起始浓度、溶液浓缩密度和过滤速度对除杂的影响。

The effect of solution pH value , initial concentration , concentrated density and filtration rate on removing process is investigated .

复杂MeSO4体系初步除杂和深度净化

Primary and Deep Purification of Complex System of MeSO_4

因此，异型晶须也应是分选产物SiC晶须的一部分，在提纯除杂后，最终分选产物中SiC晶须品位达85%。

This peculiar whisker is a part of SiC whisker , so SiC whisker grade of final product will reach 85 % upwards after being purifying .

氯化物溶解液经过除杂，可以得到满足氯碱工艺初盐水纯度要求的NaCl溶液，用于溶解原盐，回用于氯碱生产。

The chloride solution through be depurated , get NaCl saline solution which can meet the Chlor-alkali process purity requirements , for dissolved salt in production of chlor-alkali .

它是将木质浆粕溶解于氧化胺（NMMO，N-甲基吗啉-N-氧化物）溶剂中，经除杂直接仿丝而成。

It is produced by dissolving wood pulp in NMMO solvent , then spinning directly .

添加Al2O3可明显改善结晶过程中的除杂效果，且Al2O3经化学改性处理后，活性增强，除杂效果更好；

It was also found that the addition of aluminum oxide can improve the process and better results can be obtained when Al 2O 3 was activated by chemical method .

首先从理论上分析了采用硫化&真空蒸馏法处理铜砷锑多元合金除杂富集Cu的可行性，并通过实验考察了加硫量、蒸馏温度、蒸馏时间对蒸馏效果的影响。

Feasibility of processing Cu-As-Sb multi-component alloy to remove impurity and enrich valuable metal Cu by sulfuration-vacuum distillation was theoretically analyzed . The effects of addition of sulphur , distillation temperature and distillation time on the distillation effect were studied .

除杂最佳条件是将酵母蛋白液pH值调至2.5，离心（3000r/min）5min，此时，核酸去除率为13.59%。

The removal rate of nucleic acid was 13.59 % at optimal condition for extraction : pH at 2.5 and centrifugation at 3000 r / min for 5 min.

研究了酸浸温度、pH值对锌浸出率的影响，考察了净化工艺中的除杂问题，并用DTA分析了活性氧化锌制备过程中焙烧工艺的影响。

Effects of acid-leaching temperature and pH value on zinc leaching rate are studied . The impurities removal in the purification process and the effect of calcination process on preparation of activated zinc oxide are also examined .

针对攀钢实际，首次采用钒渣浸出钒液为原料，经除杂、水解沉淀和高温煅烧后制得VO2粉末。

Based on the actual state of PZH steel , VO_2 powder was prepared using the leach solution of vanadium-bearing slag as raw material for the first time .

催化剂以NaHSO4代替H2SO4，以少量硅胶除杂，通过浓缩-石油醚结晶（R构型），母液再反应的方法，使S构型逐步转化为R构型。

The catalyst H_2SO_4 is replaced by NaHSO_4 ; silica gel is applied to impurity removal ; S-formation is transformed to R-formation by the method of " condensation , petroleum ether crystallization ( R-formation ) and second mother liquor reaction " .

本课题背景源于工业现场监测的图像采集系统，如广泛应用于烟草除杂，棉花检测，食品除杂，布匹检测，大米色选等领域的线阵CCD相机系统。

The background of the subject derives from the industrial on-site monitoring of the image acquisition system , such as linear CCD camera system widely used in removal of tobacco impurity , cotton testing , food cleaning , fabric testing , rice color sorter and so on .

实验证明，甘油蒸馏残渣经过化学处理除杂后，通过离子交换，可以回收得到色泽（Hazen）100以下的甘油质；

Experiment have proved that the glycerol of hazen ≤ 100can be re ˉ claimed via ion exchange and chemistry disposal of glycerol distilled residue ;

采用钕铁硼废料处理废渣、铁屑等为原料，通过H2SO4浸出、除杂后得净化液。

Using waste from recycling the NdFeB scrap and iron scale as raw materials , immersing it by H2SO4 and purifying , the purified liquid of Fe2 + was obtained .

得到如下结论：（1）首次以钒渣浸出液为原料，经除杂净化、水解沉淀和高温煅烧后制得VO2粉体材料。

The major results are listed below : ( 1 ) first time with the vanadium-bearing slag immerses a liquid for raw material , through seperated , decontaminated , hydrolytic settled , calcinated , get VO_2 powder material .

结果：优化除杂工艺为：水提液浓缩比例1∶3,3%的澄清剂B，絮凝150min。

Results : Aqueous extract concentrated to 1 ∶ 3 and 3 % clarifying agent B was added to the aqueous extract , the time needed for flocculate was 150 minutes was turned out to be the optimal method .

再经过除杂等工艺过程制得硫酸亚铁，并用NH4HCO3使之转化为FeCO3，最后与柠檬酸在80℃反应1h，可以制备出高纯、超细柠檬酸亚铁粉体。

The FeSO_4 is prepared by purification and then reacted with NH_4 HCO_3 to form FeCO_3 , finally , reacted with citric acid at 80 ℃ for 1 h , the ultrafine and high purity ferrous citrate powder with purity of 99.7 % can be obtained .

样品农药残留经丙酮提取，凝结液除杂，石油醚萃取，弗罗里硅土柱净化，OV101大口径毛细管柱分离，电子捕获检测器（ECD）检测。

Then it was extracted with the petroleum ether and through the column of Florisil acidic siliceous earth in series , and determinated by wide bore capillary ( OV 101 30m 0.53 mm ) gas chromatography with electron capture detector .

进一步将浸出的锰除杂、净化、结晶、制成硫酸锰，其质量达到GB1622-86标准的要求。

Further treatment purification and crystallization are taken to fabricate manganese sulphate , The quality of manganese sulphate reaches the level of national standard ( GB1622-86 ) .

还原后得到的硫酸亚铁经过净化除杂，滴加到含有适量有机添加剂的沉淀剂NH4OH-NH4HCO3中，沉淀洗涤干燥后900℃煅烧2h，煅烧产品再用稀硝酸和氢氟酸洗涤，得到高纯球形-αFe2O3。

The FeSO_4 obtained by reduction is purified , adding to NH_4OH-NH_4HCO_3 solution containing organic additives , precipitated and finally washed and then calcined at 900 ℃ for 2 hours . The calcined product is washed using dilute nitric acid and hydrofluoric acid , obtaining high-purity α - Fe_2O_3 .

介绍了X-4032跳汰机在机体、风阀系统、排料系统、给料系统、除杂系统等方面的改进和改造后的使用效果。

The improvement of X-4032 type jigger in organism , wind valve system , discharge system , feed system , impurity removed system and the improvement effect , are introduced .

根据离子阻滞法原理，应用YC-207树脂对腈纶溶剂硫氰酸钠溶液进行除杂脱色。

The sodium thiocyanate ( NaSCN ) solution was subjected to impurity removal and decolourization with YC-207 resin according to ion retardant principle , which had the advantages of high recovery ratio , satisfied purification effect and low cost .

阐述了SSS-I型湿式双频双立环高梯度磁选机的工作原理，介绍了该磁选机在镜铁矿、褐铁矿选别及非金属矿除杂方面的应用。

The working principle of SSS-I wet type double frequency pulsation double vertical ring high gradient magnetic separator is presented . The application of above separator in the separation of hematite , limonite as well as in the area of removing imparities from nonmetallic ore is introduced .

利用电解铜废液除杂制硫酸铜的研究

Research on Eliminating Impurities in Copper Sulfate by Using Waste Electrolyte

目的：优选除杂工艺；

OBJECTIVE : To choose the best process to clear impurity .

除杂效率高于同类机型。

Cleaning efficiency is higher than the same type of machine .