實驗室

1. 高分子材料內的輸送性質 Conveying properties within polymer materials 
2. 薄膜技術與薄膜分離程序 Membrane technology and membrane separation 
3. 高分子生醫材料 Polymer biomedical materials 
4. 藥物控制釋放技術 Controlled drug release techniques

學生：陶若云 (Ruo-Yun Tao)，温文菱 (Wen-Ling Wen)，游芝蓉 (Zhi-Rong You)，彭玨瑜 (Chueh-Yu Peng)，洪品涵 (Pin-Han Hong)

網管業務：陶若云
財產設備：陶若云
環安衛事務：陶若云
帳務業務：陶若云

實驗室目前的研究方向可分為兩大類： 

1. 生物高分子：研究新興的生物高分子，探討高分子之基本特性、機械性質，與其於生醫材料上之應用。
1.1 研究不同製程對於高分子本身結構的變化，探討其結晶與非結晶的結構、性質、行為、自由體機與現象變化，並且探討其機械性質。 
1.2 研究不同的高分子摻合，包含無機有機的複合、高分子與高分子相混，並且研究其利用混合的方法，所製成的新興高分子，本身的基本特性，結晶變化，相互作用力的影響。 
1.3 研究高分子與無機或有機材料摻合後成膠行為之探討，並應用於藥物釋放上。

2. 均質水膠膜：研究均質水膠膜之製備，探討其性質並應用於電透析上，可了解此技術應用於綠色科技產業的可能性。
2.1 設計新型均質水膠型離子交換膜，製備效果最佳之陰陽離子交換膜與雙極膜，以改善現有商業化異質離子交換膜的效能

2.2 將製備出的均質水膠膜應用於電透析濃縮儲氫材料上，以電化學分析方式探討各離子交換膜與雙極膜界面效應對於濃度極化的影響。

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.

真空烘箱 (Vacuum oven)

凝膠態分析儀 (Gel Permeation Chromatography, GPC)

高效能液相層析儀 (High Performance Liquid Chromatography, HPLC)

恆溫循環水槽

電紡絲
粒徑及界達電位分析儀 (Dtnamic Light Scattering,DLS & Zeta potential analysis)
真空濃縮儀
電透析設備 (Electrodialysis, ED)