On January 12, 2023, Clarivate Analytics released the latest Essential Science Indicators (ESI) rankings.The data shows that Tongji University's (TJU) chemistry discipline continues to maintain its international ranking at 199, up 2 places from two months ago, entering the top 1.17‰ of the ESI ranking
World Photonics Conference 2022 and 11th Applied Optics and Photonic China (AOPC2022) were held on line recently. At the event, the first prize (Technological Invention Category) of the 8th "Science and Technology Innovation Award of Chinese Society of Optical Engineering" was granted to the research team led by Professor Zhang Chi, an academician of the European Academy of Sciences and Dean of our school, for their applied basic research on the Key Techniques of Mid-infrared and Deep-UV Frequency Doubling Crystals and Applications. All the team members are teachers and students of our school, including Zhang Chi, Wu Chao, Huang Zhipeng, Wu Tianhui and Hu Yilei.
Research Outcome of Han Lu's Team on Synthesis of Amino Acids through Artificial Electrocatalysis of Carbon Dioxide Published in Chem
Research Outcome of Xu Tao's Research Team on the Development of a New Method of Carbonyl Deoxygenative Haloboration Published in the Journal of American Chemical Society
On November 10, 2022, Clarivate Analytics released the latest Essential Science Indicators (ESI) rankings.The data shows that Tongji University's (TJU) chemistry discipline continues to maintain its international ranking at 201, up 2 places from two months ago, entering the top 1.21‰ of the ESI ranking
Zhang Chi's research team has achieved a strong second-harmonic generation in deep-ultraviolet transition metal oxyfluoride for the first time.Deep-ultraviolet (λ < 200 nm) second-order nonlinear optical materials, widely applied in the fields of high-power ultrashort pulse laser output, preparation of entangled photon source, short-wave communication, 193 nm photoetching, and vacuum ultraviol...
Yan Bing's Research Team Coord. Chem. Rev.: Systematic Review of Applications of Metal-organic Frameworks (MOFs) and Covalent-organic Frameworks (COFs) in Uranium Extraction from Seawater and Uranium Removal from Wastewater
Han Lu's research team reports a general approach for the quantitative analysis of chiral mesostructured crystals by 3D electron diffraction, publishing the relevant outcomes in Nature·Communications.
Xu Tao's research team achieves the efficient synthesis of secondary α,α-dialkyl boronates via deoxygenative alkylboration of aldehydes, publishing relevant outcomes in Angewandte Chemie International Edition.
Simultaneous Enhancement of Band Gap and SHG Response in Metal Oxyfluoride Solar-blind UV Crystals Realized by Zhang Chi's Research Team: Critical Advances in Research on Short-wave UV Second-order Nonlinear Optical Crystal Materials
Huang Zhipeng and Zhang Chi's team makes important progress in the research of switching non-linear optical absorption of MXene by modulation of the surface terminations
Professor Chen Tao's research team makes significant progress in flexible biofuel cells, publishing the relevant outcomes in Nano Letters.
Professor Xu Tao's research team makes important progress in the asymmetric synthesis of α-aryl phosphates via nickel and photoredox catalysis, publishing the relevant outcomes in the Journal of the American Chemical Society.
Huang Zhipeng and Zhang Chi's team innovatively develops an electrochemical ion-intercalation strategy to improve the nonlinear optical absorption performance of 2D materials
Seven Strikes: Zhang Chi's research team has made a series of important progress in the research of deep-ultraviolet/mid-infrared second-order nonlinear optical crystalline materials: continuous demonstration of strong SHG response of deep-ultraviolet oxide crystals
One-step-excitation photocatalytic water splitting is one of the simplest and most cost-effective approach to produce hydrogen. However, the process is both thermodynamically and kinetically unfavorable. Very few semiconductive photocatalyst has achieved this catalysis based on visible light excitation. Metal halide materials has many intriguing properties for photocatalysis, such as tunable ba...
