Controlled Drug Delivery
Ion Exchange Membrane
Students: Ruo-Yun Tao, Wen-Ling Wen, Zhi-Rong You, Chueh-Yu Peng, Pin-Han Hong
Labaty Security Management : Ruo-Yun Tao
Property Management : Ruo-Yun Tao
Network Management : Ruo-Yun Tao
Financial Management : Ruo-Yun Tao
The recent research in our lab can seperate two ientations:
1. Biopolymer: Research on emerging biopolymers, explore the basic properties and mechanical properties of polymers, and their applications in biomedical materials.
1.1 Study the changes of the structure of the polymer itself in different processes, discuss its crystalline and amorphous structure, properties, behaviors, free body mechanisms and phenomena, and discuss its mechanical properties.
1.2 Study the mixing of different polymers, including inorganic organic compounds, polymer and polymer mixing, and study the basic characteristics, crystallization changes, and interaction forces of emerging polymers made by using the mixing method.
1.3 To study the gelation behavior of polymers after mixing with inorganic or organic materials, and apply them to drug release.
2. Homogeneous hydrogel membrane: Study the preparation of homogeneous hydrogel membrane, explore its properties and apply it to electrodialysis, and understand the possibility of applying this technology to the green technology industry.
2.1 Design a new type of homogeneous hydrogel ion exchange membrane, and prepare the best anion and cation exchange membranes and bipolar membranes to improve the performance of existing commercial heterogeneous ion exchange membranes.
2.2 The homogeneous hydrogel membrane was applied to the concentrated hydrogen storage material for electrodialysis, and the effect of the interface effect between the ion exchange membrane and the bipolar membrane on the concentration polarization was investigated by electrochemical analysis.
High Perfmance Liquid Chromatography
Gel Permeation Chromatography
Differential scanning calmetry
UV absption spectroscopy
Dynamic Liaght Scattering & Zeta potential