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1.
Research on the Preparation and Mechanism of the H_2TiO_3-type Lithium Exchanger and Its Application to the Extraction of Li~+ from the Brine;
偏钛酸型锂交换体制备、机理及其从液态锂矿提锂研究
2.
Preparation and Lithium Uptake Properties of Lithium Ion Sieves Derived from Spinel-type Manganese Oxide
尖晶石型锰氧化物锂离子筛制备及提锂性能
3.
Study on Mineralogy and Preparation of Lithium Carbonat of Spodumene from Pegmatite Deposits in Guanpo Henan Province
河南官坡伟晶岩中锂辉石的矿物学及提锂工艺研究
4.
Preparation of cryolite by two-step process to extract aluminum and fluoride from brine after lithium extraction(2)
两步法从提锂后卤水中提铝、氟制备冰晶石(2)
5.
Preparation of cryolite by two-step extracting of aluminum and fluoride from lithium free brine(1)
两步法从提锂后卤水中提铝、氟制备冰晶石(1)
6.
Synthesis of New Composite Based on Titanium and Study on Lithium Adsorption Property;
新型含钛复合物的合成及其提锂性能研究
7.
Study on Quick Extraction of Lithium by Heating Carbonate-type Brine at a Series of Temperature Conditions
系列升温条件下碳酸盐型卤水快速提锂研究
8.
Current status and existing problems of lithium extraction technology from salt lake
盐湖卤水提锂工艺技术现状及存在的问题
9.
Study on Extracting Lithium from Lepidolite and Preparation of Lithium Chloride;
锂云母中锂的提取及氯化锂制备的工艺研究
10.
Wet Extraction of Cobalt and Aluminum in Lithium-Ion Batteries in Cell Phones
湿法提取手机锂离子电池中的钴和铝
11.
Lithium-based batteries offer many advantages over nickel and lead-based systems.
锂电池提供了很多比镍或铅电池优越的特点。
12.
Traditional lithium-ion batteries have carbon electrodes, which are relatively bulky for the energy they provide.
传统锂电池以相当大的碳电极提供电力。
13.
Extracting Lithium by Precipitation of Al(OH)_3 from Salt Lake;
氢氧化铝沉淀法从卤水中提取锂的研究
14.
Experimental Study on Extraction of Lithium by Vacuum Thermal Reduction with Ferro-silicon Alloy
硅铁真空热还原提取锂的实验研究(英文)
15.
Progress in the additives to improve the safety performance of Li-ion battery
提高锂离子电池安全性能的添加剂的进展
16.
Design and calculation of tritium extraction from liquid LiPb by bubble columns for ITER(In Chinese)
ITER液态锂铅回路提氚鼓泡器的设计与计算
17.
Research BP Neural Network in Enhancing the Controlling and Testing Accuracy of Li-Ion Electric Vehicle Battery
神经网络在提高锂离子电池检测精度中的研究
18.
Progress on lithium and magnesium separation and recovery from the salt lake brines
盐湖卤水资源锂镁分离提取的研究进展