Group News

Welcome to Jiuyang Polymer Group! 欢迎来到张久洋高分子课题组!

  • 欢迎各位同学报考本课题组!
  • 2019.6 刘谣同学关于硫醚-配位发光弹性体论文发表于Polymer杂志!
  • 2019.3 刘怀志同学关于无机高弹性凝胶发表于Polymer Chemistry!
  • 2019.2 辛雨萌同学关于硫高分子-液态金属导电自修复论文发表于著名期刊Advanced Functional Materials!
  • 2018.12 彭豪同学关于液态金属凝胶感应器论文发表于著名期刊Materials Horizons!
  • 2018.9 高鑫同学ROMP修饰无机杂化气体分离膜相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.8 辛雨萌同学无机-发光交联相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.5 课题组变色共混高分子论文发表于New J. Chem. 杂志!

  • 欢迎各位同学报考本课题组!
  • 2019.6 刘谣同学关于硫醚-配位发光弹性体论文发表于Polymer杂志!
  • 2019.3 刘怀志同学关于无机高弹性凝胶发表于Polymer Chemistry!
  • 2019.2 辛雨萌同学关于硫高分子-液态金属导电自修复论文发表于著名期刊Advanced Functional Materials!
  • 2018.12 彭豪同学关于液态金属凝胶感应器论文发表于著名期刊Materials Horizons!
  • 2018.9 高鑫同学ROMP修饰无机杂化气体分离膜相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.8 辛雨萌同学无机-发光交联相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.5 课题组变色共混高分子论文发表于New J. Chem. 杂志!

  • 欢迎各位同学报考本课题组!
  • 2019.6 刘谣同学关于硫醚-配位发光弹性体论文发表于Polymer杂志!
  • 2019.3 刘怀志同学关于无机高弹性凝胶发表于Polymer Chemistry!
  • 2019.2 辛雨萌同学关于硫高分子-液态金属导电自修复论文发表于著名期刊Advanced Functional Materials!
  • 2018.12 彭豪同学关于液态金属凝胶感应器论文发表于著名期刊Materials Horizons!
  • 2018.9 高鑫同学ROMP修饰无机杂化气体分离膜相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.8 辛雨萌同学无机-发光交联相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.5 课题组变色共混高分子论文发表于New J. Chem. 杂志!

  • 欢迎各位同学报考本课题组!
  • 2019.6 刘谣同学关于硫醚-配位发光弹性体论文发表于Polymer杂志!
  • 2019.3 刘怀志同学关于无机高弹性凝胶发表于Polymer Chemistry!
  • 2019.2 辛雨萌同学关于硫高分子-液态金属导电自修复论文发表于著名期刊Advanced Functional Materials!
  • 2018.12 彭豪同学关于液态金属凝胶感应器论文发表于著名期刊Materials Horizons!
  • 2018.9 高鑫同学ROMP修饰无机杂化气体分离膜相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.8 辛雨萌同学无机-发光交联相关论文发表于ACS Appl. Mater. Interfaces杂志!
  • 2018.5 课题组变色共混高分子论文发表于New J. Chem. 杂志!

Research
1. Hybrid Polymers
Lab
Hybrid polymers are new and functional polymeric materials, which have normal polymeric architectures with hybrid elements in side-chain or backbone of polymers. Hybrid polymers not only have the processability of normal polymers, but also retain the functionalities of hybrid elements.
2. Thermoplastic Materials
Thermoplastics are broadly applied in the daily products, such as packaging, medical device and engineering component. In our group, we will investigate thermoplastics from architectured copolymers, including their mechanical, rheological and phase behaviors, to design new types of thermoplastics.
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