
China's first PV-Storage-Charging Integrated project of new aqueous zinc-manganese dioxide battery developed by Tianjin 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 ...

For years, the serious air pollution, especially the haze, photochemical smog, and ozone, has attracted widespread attention at home and abroad. Volatile organic gases (VOCs) are important pollutants that cause haze and ozone (O3). The adsorption technique is one of the efficient and simple methods to remove VOCs, but the presence of water vapor can compete with VOCs in the practical applicatio...

Frequent outbreaks of lake eutrophication and harmful phytoplankton blooms have become a major water environment problem at present in the world. The reason can be attributed to the excessive inflow of nitrogen and phosphorus into waterbodies due to intensified human activities, which has become increasingly uncontrollable due to climate warming and other causes. As the most important nutrients...

Transition metal phosphides (TMPs) hold a great prospect in the field of catalysis. Recently, a review with the title of “Recent advances in nanostructured transition metal phosphides: synthesis and energy-related applications” has been published on Energy & Environmental Science (EES, IF=30.289), the top journal of energy and environment fields, by Yanmei Shi, a postdoctoral fellow from the ...

Professor Klavs Hansen from the Center for Joint Quantum Studies of Tianjin University cooperated with his counterparts in Nova Gorica and published an essay entitled“Photoelectric Effect with a Twist” in Nature Photonics, one of the top journals in photology field (link to the paper: https://www.nature.com/articles/s41566-020-0669-y).Photons are the smallest amounts of light you can have. ...

After years of research on novel nano drugs for Alzheimer's disease, a research team led by Professor Chang, Jin from Tianjin University has constructed a novel targeted and high-efficiency nanosystem for combinational therapy of Alzheimer's disease (AD). Such multifunctional synergetic nanosystem can be a new candidate to achieve highly efficient combination therapy for AD.AD is commonly known...