The Reductive Reaction of Metallic Lithium Caused Aromatic Aldehyde Affected by Supersonic Wave

Elastic Properties of Hcp Lithium and Hydrogen Doped Lithium under Pressure

压力作用下六角密堆结构金属锂及掺氢体系的弹性性质

The metal lithium of 99% content was produced in this experiment carried on the conditions of temperature of 1273K and time of 60 minute.

实验在温度为1273K、时间为60分钟的条件下产出的金属锂的纯度为99%

During the three experiments separately performed, through nozzles SF6 gas was sprayed at a pressure difference of 0.06 MPa into an air-tight molten pool reactor of 430 ℃ initial temperature containing liquid-state metal lithium.

在分别进行的3个实验中，将压差为0.06MPa的六氟化硫气体经喷嘴喷入装有液态金属锂，初温为430℃的密闭熔池反应器内。

Influence of pressure and impurity hydrogen on the elastic property of metal lithium

压力及杂质氢对金属锂弹性特性的影响

When used in lithium second battery with lithium, the initial discharge capacity of poly ( 1 aminoanthraquinone) is 218.3 mAh · g-1, it can keep excellent cycle efficiency after 25 charge discharge cycles.

实验表明，与金属锂组成二次锂电池后，聚1-氨基蒽醌达到了218.3mAh·g-1的首次放电容量，经过25次循环后仍可保持较高的充放电效率。

Using X-ray absorption fine structure ( XAFS), the author analysed the valence and coordination number changes of Ni atoms in the process of lithium-ion inserting, inferring the possible process of lithium-ion reducing transition metal oxides.

采用X-射线吸收精细结构（XAFS）分析在锂离子嵌入过程中Ni原子的化合价和配位数的变化，推测金属锂还原过渡金属氧化物的过程。

Preparation of metal Li target used in fast neutron study

快中子金属锂靶的制备方法

The results show that initial discharge capacity is 400.02 mAh · g – 1 with metal Li as the counter electrode and the initial coulombic efficiency is 50%.

试验显示，材料改性后，当以金属锂为对电极时，首次放电容量达400.02mAh·g–1，首次库仑效率为50%；

Pressure Effects on the Band Structure of BCC Lithium with Substitutional Hydrogen Defect

压力下替位氢对金属锂能带结构的影响

Preparation of High Purity Lithium in Industry Scale by Vacuum Distillation

真空蒸馏法制取高纯金属锂工业试验

The results showed that metallic nickel particles in nano-size were acquired from deoxidizing the NiO electrode by metallic lithium, illuminating that the ECM way is feasible to synthesize the metallic nickel particles.

研究结果表明，商品NiO粉在锂电池中被金属锂还原的产物，得到了纳米尺度的金属Ni，说明这种电化学研磨合成具有磁性的金属Ni的纳米颗粒方法是可行的。

The cathode thin film of Ag 0.5V 2O 5 was fabricated using pulsed laser deposition ( PLD), and the metallic lithium anode thin film was prepared via vacuum thermal evaporation.

以脉冲激光沉积法（PLD）制备的非晶态Ag05V2O5薄膜为阴极，真空热蒸发法制备的金属锂为阳极，LiPON薄膜为电解质，成功地制备了一个新的Li/LiPON/Ag05V2O5全固态薄膜锂电池。

Ab initio Study of Adsorption and Surface Diffusion of a Hydrogen Atom Near the Step on a Stepped Lithium Surface

氢原子在金属锂表面台阶附近吸附和表面扩散行为的AB INITIO研究

Application: row material of lithium metal.

用途: 主要用于制取金属锂的原料.

Two kinds of modifiers ( BaO and SrO) were added into the cathode to improve the discharge performance.

并研究了SrO和BaO这两种添加剂对该种固态电池电化学性能的改进作用。

Aluminum is far cheaper than lithium, and solid-state batteries could be 'printed' like computer chips, a much more efficient process than the layering and rolling of metal and gel that produces lithium-ion batteries.

铝比锂便宜得多，固态电池则可以像计算机芯片一样压制出来，比起锂聚电池生产所需的金属分层和轧制工艺效率高多了。

All Solid State Polyaniline Lithium Battery

聚苯胺全固态锂电池

The fabrication and performance of solid state TiO 2 nanocrystalline solar cell employing novel gel network polymer electrolyte based on the polysiloxane without and with internal plasticizing poly ( ethylene oxide) ( PEO) chains were reported.

该文报导了用交联聚醚聚氨酯（PEU）凝胶网络型高分子和以聚硅氧烷为基础含有聚氧化乙烯（PEO）内增塑链的凝胶网络高分子为电解质的TiO2纳晶固态太阳电池的制备及性能。

Improvement of the synthesis of gel network polymer electrolytes and optimization of the nanocrystalline TiO 2 film/ polymer gel interface should help to further improve the photoelectrochemical performance and increase the efficiency of the solid state cells.

改进凝胶网络高分子电解质的结构组成以及优化TiO2纳晶多孔薄膜/高分子凝胶的界面可以进一步改善固态电池的性能，提高转换效率。

But in this regard, too, both aluminium-air and solid-state batteries have a potential edge.

在降低成本方面，铝空气电池和固态电池都有潜在优势。