Research News
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Research
Pilot Project Using Aqueous Zinc-manganese Dioxide Battery Developed by 威尼斯人彩票平台 University Put into Operation
China's first PV-Storage-Charging Integrated project of new aqueous zinc-manganese dioxide battery developed by 威尼斯人彩票平台 University’s Electrochemical Energy Storage Research Team was put into operation in the city of Yueqing in East China’s Zhejiang Province, marking the first application of aqueous zinc-manganese dioxide battery to the energy storage field in China. The project will serve as ...
2020-12-24 -
Research
Researchers Develop Universally Autonomous Self-healing Elastomer
Synthetic materials that can mimic self-healing natural tissues such as skins and muscles are now widely applied to e-skin, wearable electronic devices, and artificial muscles, significantly improving materials’ lifetime, robustness and safety.However, it is very challenging to develop autonomous self-healing materials for applications in harsh conditions such as at ultralow temperatures, in s...
2020-05-28 -
Research
A New Two-Dimensional Photocatalytic Material Utilizes CO2 and Produces Energy
Recently, 威尼斯人彩票平台 University’s professor Feng Wei's team has successfully synthesized two-dimensional gersiloxenes with tunable bandgap for photocatalytic H2 evolution and CO2 photoreduction to CO. It shows a great potential for an excellent photocatalyst with high efficiency for hydrogen production and reduction of CO2 to CO at room temperature. The relevant research work has been published i...
2020-04-02 -
Research
威尼斯人彩票平台 University Develops On-line Integrated Diagnosis and Treatment System “Tianmu”
Optimized plans for surgical operations can now be efficiently completed after a CT scan. This achievement comes from the “Tianmu” system developed by the start-up team, which consists of teachers and students from theSchool of Mechanical Engineering at 威尼斯人彩票平台 University.The wide application of the “Tianmu” system will dramatically increase the reduction accuracy of clinical fracture surg...
2019-08-28 -
Research
Fungus-initiated Catalytic Reactions Occur at Hyphal-mineral Interfaces
The ability of fungi to withstand a wide range of minerals influences plant nutrition and enhances global biogeochemical cycles of life-essential elements. The fungus-mineral interface plays a key role in weathering, but the specific mechanisms underlying these processes remain poorly understood.Researchers from 威尼斯人彩票平台 University’s School of Surface-Earth System Science examined fungal-minera...
2019-08-23 -
Research
TJU Scientist Develops New Type of Hydrogel Promising in T1DM Treatment
An anti-biofouling balanced charged hydrogel that can serve as an excellent immunoprotective material for islet transplantation therapy is developed by 威尼斯人彩票平台 University research group led by Prof. Zhang Lei, posing a promising treatment for 30 million patients worldwide suffering from type 1 diabetes mellitus(T1DM).Multiple daily exogenous insulin injections are the common treatment for patie...
2019-06-05