Tianjin University’s Summer Palace Conservation Team is led by Professor Wang Qiheng, an architect specializing in ancient Chinese buildings, and consists of a dozen members.
Recently, Tianjin University developed a robot system "Micro Hand" successfully, along with several key breakthroughs in minimally invasive surgical robot systems. The Tianjin University team managed to make several improvements in techniques.
Dominant pollutants of smog like sulfur containing gases may cause serious health problems, while researchers use them to produce water-dispersed sulfur nanoparticles for lithium-sulfur (Li-S) batteries.
Li Xingang, Professor of Tianjin University conducted a study on Perovskite-Type Lean-Burning Nitrogen Oxide Trap Catalyst. Through the research, he found that Perovskite Catalyst, Rare Earth Perovskite Catalyst in particular, has the potential to replace the traditional precious metal catalysts.
A team led by Professor Yang Jing of Tianjin University, exploited a convenient and efficient millisecond-laser-direct-writing in liquid nitrogen (MLDW-LN) technology, which can fabricate 3D aluminum hybrid nanostructures (3D-Al-HNSs) with a high density of plasmonic hot spots.
Tianjin University excels in ancient architecture surveying and measuring and its work has been put into the national heritage conservation archive