10/31/2013High-performance Bio-based Epoxy Resins from Itaconic Acid
A research group on bio-based polymer led by Prof. Jin Zhu at NIMTE, synthesized a double bond containing itaconic acid based epoxy resin (EIA). This epoxy resin showed low viscosity, high epoxy value (>0.62), as well as simple synthesis process and low cost. Compared with DGEBA, this epoxy resin exhibited comparable or better properties after curing with the same curing ag...
10/31/2013Automated Direct Writing Micro/Nanowire Bonds Manufacturing System with 3D Electrodeposition Technology
Prof. Gaojie Xu’s group from NIMTE, has successfully manufactured a direct-writing 3D micro/nano wire bonds manufacturing system with Prof. MinfengYu, his partner from the Georgia Institute of Technology, USA. The automated system exploits micro or nanoscale liquid meniscus to electrodeposit metals, conductive polymers, and semiconductors with 3D micro/nano-structures of de...
10/18/2013Kilowatt-scale SOFC Power Generation System
The SOFC system design and integration group led by Prof. Weiguo Wang has developed a 1kw auto-thermal power generation systems, and output net power and energy for the first time in China.
07/17/2013Catalytic Mechanism of Nitrogen Doped CarbonNanomaterials
The group of Prof. Jian Zhang NIMTE carried out a systematic work revealing the enhanced catalytic activity of nitrogen-doped carbon nanotube (NCNT) for oxidative dehydrogenation of propane.
07/17/2013New-concept Batteries for Lithium and Sodium Recovery
A team led by Prof. Zhaoping Liu from NIMTE firstly proposed an innovative concept of Li+/Na+ mixed-ion electrolytes to construct rechargeable batteries, as shown in Figure 1. In such batteries, one side involves the immigration of Li+ between electrolytes and electrode, and the other one refers to the exchange of Na+ between electrode and electrolytes. They are unlike tradi...