Research

XJTU researchers make advances in mechanical flexibility of flexible magnetic films

Recently, researchers in the XJTU Jia-Lab for Interface and Atomic Structure revealed the relationship between the bending tenability and microwave magnetic properties of flexible nanoscale epitaxial lithium ferrite with different nanostructure.
XJTU researchers deliver a concise total synthesis of prostratin

Such synthetic strategies as rapid assembly of the tricyclic core and stereoselective construction of multiple consecutive chiral centers provide a foundation to synthesize related diterpenoid products and to conduct researches on medicinal chemistry in the future.
XJTU researchers synthesize mesoporous metal oxide spheres with superior sensing performance

The research result was published online in Advanced Functional Materials (Impact Factor:13.325), an international well-known journal in the materials field, under the title Self-Template Synthesis of Mesoporous Metal Oxide Spheres with Metal-Mediated Inner Architectures and Superior Sensing Performance.
XJTU researchers’ progress in electrostatic capacitors with polymer dielectrics

Recently, Professor Wang Hong's team from the Center for Advanced Functional Materials of XJTU has developed a tri-layered all-polymer material with higher energy density, charge-discharge efficiency and stability for capacitive energy storage.
XJTU researchers develop a ternary printed organic solar cell with an impressive power conversion efficiency by blade-coating

Recently, the research team led by XJTU professor Ma Wei from the State Key Laboratory for Mechanical Behavior of Materials developed a ternary organic solar cell based on PBDB-T:PTB7-Th:FOIC blends by blade-coating in an ambient environment.
XJTU researchers’ progress in DNA methylation in complex disease

Recent studies have found that non-coding regulatory loci are enriched in disease associated genetic loci (e.g. methylation quantitative trait loci, meQTL), demonstrating the functional relevance of gene expression with disease development.
XJTU researchers develop a novel structure in solar water evaporation distillation

Recently, the research team led by XJTU professor Que Wenxiu designed a novel hydrophilic/hydrophobic nanoporous double-layer(HHNDL) structure.
XJTU researchers reveal impact of arterial pressure fluctuation on mortality in critically ill patients

This research is helpful in the risk assessment of critically ill patients in hospital, and also provides a reliable theoretical basis and breakthrough for future ICU management.

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