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 燃料电池  
 二次电池  
 合金熔炼 
 理论化学 
 光电催化 
 气体吸附分离 
 物化性质耦合 
 电子显微镜中心 
二次电池  
二次电池与超级电容器

锂/钠离子电池,锂-空气电池和超级电容器等新型器件由于其优异的性能和相对较低的成本引起了广泛的关注。这一领域技术的发展和进步也成为支撑新能源产业和电动汽车产业发展的核心。我们的研究主要通过电极材料的设计改性,并通过设计发明新型器件,改进器件的电化学性能。
The Li/Na ion batteries, Li-air batteries and supercapacitors are drawing great attentions due to their super performance and relativly low cost. The progress and development in this field have become the key technology for renewable energy and electric vehicles. Our research focuses on the design and modification of electrode materials, in combined with the design of new devices, to improve their electrochemical performance.

各种新型电极材料的设计合成与性能优化。锂/钠离子电池,锂-空气电池,超级电容器的组装/扣式/软包等各种形状电池的设计改进与组装,电池相关各种性能的测试表征。提高材料与器件的性能,最终实现实际应用。
Design and synthesis of novel electrode materials, optimizing their electrochemical performance; Assembling Li/Na ion batteries, Li-air batteries, supercapacitors with different type of cells such as coin cells, laminate cells etc; Improving the battery performance for practical applications.

地址:天津市西青区宾水西道391号  邮编:300384

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