专业从事离子液体的合成、应用及其相关技术的研究工作----Lanzhou Greenchem ILs/青岛奥立科

• Heat-resistant Li-ion battery tech works in boiling water
• 更新时间：2014-12-30；信息类型：国外研究进展
• The innovation is the use of an as-yet-unnamed ionic liquid as a solvent of the electrolyte. we’ll need to know which salt it is to understand exactly what’s going on here. By whatever means, this ionic liquid acts as a heat stabilizer and keeps the system functioning.
• 链接地址：http://www.ionike.com/research/2014-12-30/358.html

• More Energy, Smaller Package
• 更新时间：2014-12-30；信息类型：国外研究进展
• SolidEnergy, a company spawned from the research labs at MIT, has produced and patented a rechargeable battery that could make conventional Li-ion batteries a thing of the past.
• 链接地址：http://www.ionike.com/research/2014-12-30/355.html

• Revving Up Energy Solutions Innovation
• 更新时间：2014-12-30；信息类型：国外研究进展
• Solid Polymer Ionic Liquid (SPIL) rechargeable lithium battery consists of a cathode, electrolyte and anode. The cathode is a high-voltage and high-energy-density metal-oxide material such as LiCoO2 and Li-rich NCM materials with Li-ion storage capacity ranging from 155 to 300 mAh/g.
• 链接地址：http://www.ionike.com/research/2014-12-30/354.html

• Car Outsides Made to Power Auto Insides
• 更新时间：2014-07-07；信息类型：国外研究进展
• A new composite material that can simultaneously withstand mechanical loads and store electrical energy has been created by scientists in the UK and Belgium. Based on activated carbon fibres, the structural supercapacitor has been formed into a full-size car boot lid that can power LEDs.
• 链接地址：http://www.ionike.com/research/2014-07-07/327.html

• Nano-supercapacitors to speed up charging time in EVs
• 更新时间：2014-07-07；信息类型：国外研究进展
• A novel type of nano-material based supercapacitors are predicted to bring mass market appeal a good step closer to the tepid public interest in Germany. This movement is being motivated by the advancements in this innovative device.
• 链接地址：http://www.ionike.com/research/2014-07-07/324.html

• Charged building material could make the renewable grid a reality.
• 更新时间：2014-06-17；信息类型：国际研究进展
• The researchers etched nanopores into silicon layers, which were infused with a polyethylene oxide-ionic liquid composite and coated with an atomically thin layer of carbon. In doing so, they created small but strong supercapacitor battery systems, which stored electricity in a solid electrolyte, instead of using corrosive chemical liquids found in traditional batteries.
• 链接地址：http://www.ionike.com/research/2014-06-17/322.html

• Is This New Fuel Cell Catalyst a Game Changer for Hydrogen Vehicles?
• 更新时间：2014-05-12；信息类型：国际研究进展
• The Toyota Fuel Cell Concept (FCV) at the 2014 Consumer Electronics Show. Source: Toyota Motor.Fuel cell electric vehicles, or FCEVs, may have just taken a gia
• 链接地址：http://www.ionike.com/research/2014-05-12/311.html

• 英国G24 Innovations公司开发的基于离子液体电解质的染料敏化太阳能电池
• 更新时间：2014-04-18；信息类型：工业应用>成功案例
• 2007 年，英国G24 Innovations公司建立了染料敏化太阳能电池（DSSC）30 MW的试产线，加快了有机染料类太阳能电池商业化的进程，可为便携电子器件（如手机、随身听、数码相机、笔记本电脑等）提供新能源。为进一步提高DSSC 的转换效率和长期稳定性，G24i 公司与离子液体供应商BASF 公司签署了合作协议，以开发性能更好的离子液体和电解液配方。
• 链接地址：http://www.ionike.com/application/2014-04-18/21.html

• 九州大学等和住友化学试制钠离子充电电池
• 更新时间：2014-03-03；信息类型：国际研究进展
• 新的研究表明，钠充电电池可以取代锂离子电池，以支持电子产品和电动车。这将需要使用一个含有铁的新电极材料，而不是镍和钴。钠和铁的广泛使用可降低成本，同时还能创造更高密度的电池。电池将需要重新设计，以容纳不同的化学反应和较大的钠原子。
• 链接地址：http://www.ionike.com/research/2014-04-25/232.html

• 美研制液体电极电池 可反复充电且安全环保
• 更新时间：2014-02-18；信息类型：国内外研究进展
• 新型电池不仅能够像传统电池一样充电，还可以像给车加油一样为电池注入新燃料。
• 链接地址：http://www.ionike.com/research/2014-04-25/234.html