Research

Research advancement of NBT-SBT MLCC in high energy storage

The main principle is to destroy the long-range order of antiferroelectric materials dipole by means of A-site heterovalent cation, so as to realize the structural inhomogeneity of antiferroelectric materials on the nanometer scale, reducing the lag of polarization intensity relative to electric field and improving the efficiency of energy storage.
PNAS publishes the research results of XJTU doctoral candidate: BP180 dysfunction triggers spontaneous skin inflammation of mice

Recently, the study was published on the international famous journal PNAS. Doctoral candidate Zhang Yang is the first author, Professor Xiao Shengxiang is the co-corresponding author. The Department of Dermatology of the Second Affiliated Hospital of XJTU is the institutional affiliation of the first author.
XJTU researchers improves the energy storage capacity of ferroelectric film capacitors

The above result entitled as Significantly enhanced energy storage density with superior thermal stability by optimizing BaZr0.15Ti0.85O3/BaZr0.35Ti0.65O3 multilayer structure was published in Nano Energy (IF=13.12).
New Solid Electrolyte Filling Technology used in building Super-capacitors

Recently, XJTU Professor Shao Jinyou's research group from the School of Mechanical Engineering discovered the dependency of the mechanical properties and electrical properties of solid super-capacitor on solid electrolyte filling.
XJTU Researchers find rapid hemostatic material for non-compressible hemorrhage

Recently, XJTU doctoral candidate Zhao Xin from the Frontier Institute of Science and Technology developed an injectable shape-memory nanocomposite multihole cryogel for hemostasis by using chitosan derivatives and carbon nanotubes.
XJTU scientists publish research on opium poppy genome in Science

This breakthrough, published in the latest issue of Science, revealed the origins of the pathway leading to the production of the cough suppressant noscapineas well as the painkiller drugs codeine and morphine.
Latest development in H2 production from biomass

Through this technique, the reaction can be magnified to 10 gram-scaleon a laboratory scale.
Regulation mechanism of the 1p36.12 locus unveiled

Recently, Professor Yang Tielin from the School of Life Science and Technology of XJTU published an article revealing the regulation mechanism of the 1p36.12 locus in non-coding variants through the studies of the disease osteoporosis.

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